Hikvision IDS-2CD7A46G2-IZHS 4MP DeepinView Moto Varifocal Bullet Camera

Product's Documents

Below are documents related to this product, you can read online or download:
User Manual Installation Instruction
  • IDS-2CD7A46G2-IZHS Quick Start Guide - (English) Download
Specification
  • Hikvision iDS-2CD7A46G2-IZHS 4MP DeepinView Moto Varifocal Bullet Camera Datasheet 0.62MB - (English) Download
IDS-2CD7A46G2-IZHS photo

IDS-2CD7A46G2-IZHS User Manual

This is the main product document for model IDS-2CD7A46G2-IZHS.

The file format is pdf, 206 pages, you can download this manual here .

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Network Camera
User Manual
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Legal Informaon
About this Document
This Document includes instrucons for using and managing the Product. Pictures, charts,
images and all other
informaon hereinaer are for descripon and explanaon only.
The
informaon contained in the Document is subject to change, without noce, due to
rmware updates or other reasons. Please nd the latest version of the Document at the
Hikvision website ( hps://www.hikvision.com ). Unless otherwise agreed, Hangzhou Hikvision
Digital Technology Co., Ltd. or its aliates (hereinaer referred to as "Hikvision") makes no
warranes, express or implied.
Please use the Document with the guidance and assistance of professionals trained in
supporng the Product.
About this Product
This product can only enjoy the aer-sales service support in the country or region where the
purchase is made.
If the product you choose is a video product, please scan the following QR code to obtain the
"Iniaves on the Use of Video Products", and read it carefully.
Acknowledgment of Intellectual Property Rights
Hikvision owns the copyrights and/or patents related to the technology embodied in the
Products described in this Document, which may include licenses obtained from third pares.
Any part of the Document, including text, pictures, graphics, etc., belongs to Hikvision. No part
of this Document may be excerpted, copied, translated, or modied in whole or in part by any
means without
wrien permission.
and other Hikvision’s trademarks and logos are the properes of Hikvision in
various
jurisdicons.
Other trademarks and logos menoned are the properes of their respecve owners.
LEGAL DISCLAIMER
TO THE MAXIMUM EXTENT PERMITTED BY APPLICABLE LAW, THIS DOCUMENT AND THE
PRODUCT DESCRIBED, WITH ITS HARDWARE, SOFTWARE AND FIRMWARE, ARE PROVIDED "AS
IS" AND "WITH ALL FAULTS AND ERRORS". HIKVISION MAKES NO WARRANTIES, EXPRESS OR
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IMPLIED, INCLUDING WITHOUT LIMITATION, MERCHANTABILITY, SATISFACTORY QUALITY, OR
FITNESS FOR A PARTICULAR PURPOSE. THE USE OF THE PRODUCT BY YOU IS AT YOUR OWN RISK.
IN NO EVENT WILL HIKVISION BE LIABLE TO YOU FOR ANY SPECIAL, CONSEQUENTIAL,
INCIDENTAL, OR INDIRECT DAMAGES, INCLUDING, AMONG OTHERS, DAMAGES FOR LOSS OF
BUSINESS PROFITS, BUSINESS INTERRUPTION, OR LOSS OF DATA, CORRUPTION OF SYSTEMS, OR
LOSS OF DOCUMENTATION, WHETHER BASED ON BREACH OF CONTRACT, TORT (INCLUDING
NEGLIGENCE), PRODUCT LIABILITY, OR OTHERWISE, IN CONNECTION WITH THE USE OF THE
PRODUCT, EVEN IF HIKVISION HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES OR
LOSS.
YOU ACKNOWLEDGE THAT THE NATURE OF THE INTERNET PROVIDES FOR INHERENT SECURITY
RISKS, AND HIKVISION SHALL NOT TAKE ANY RESPONSIBILITIES FOR ABNORMAL OPERATION,
PRIVACY LEAKAGE OR OTHER DAMAGES RESULTING FROM CYBER-ATTACK, HACKER ATTACK,
VIRUS INFECTION, OR OTHER INTERNET SECURITY RISKS; HOWEVER, HIKVISION WILL PROVIDE
TIMELY TECHNICAL SUPPORT IF REQUIRED.
YOU AGREE TO USE THIS PRODUCT IN COMPLIANCE WITH ALL APPLICABLE LAWS, AND YOU ARE
SOLELY RESPONSIBLE FOR ENSURING THAT YOUR USE CONFORMS TO THE APPLICABLE LAW.
ESPECIALLY, YOU ARE RESPONSIBLE, FOR USING THIS PRODUCT IN A MANNER THAT DOES NOT
INFRINGE ON THE RIGHTS OF THIRD PARTIES, INCLUDING WITHOUT LIMITATION, RIGHTS OF
PUBLICITY, INTELLECTUAL PROPERTY RIGHTS, OR DATA PROTECTION AND OTHER PRIVACY
RIGHTS. YOU SHALL NOT USE THIS PRODUCT FOR ANY PROHIBITED END-USES, INCLUDING THE
DEVELOPMENT OR PRODUCTION OF WEAPONS OF MASS DESTRUCTION, THE DEVELOPMENT OR
PRODUCTION OF CHEMICAL OR BIOLOGICAL WEAPONS, ANY ACTIVITIES IN THE CONTEXT
RELATED TO ANY NUCLEAR EXPLOSIVE OR UNSAFE NUCLEAR FUEL-CYCLE, OR IN SUPPORT OF
HUMAN RIGHTS ABUSES.
IN THE EVENT OF ANY CONFLICTS BETWEEN THIS DOCUMENT AND THE APPLICABLE LAW, THE
LATTER PREVAILS.
© Hangzhou Hikvision Digital Technology Co., Ltd. All rights reserved.
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Symbol Convenons
The symbols that may be found in this document are dened as follows.
Symbol Descripon
Danger
Indicates a hazardous situaon which, if not avoided, will or could
result in death or serious injury.
Cauon
Indicates a potenally hazardous situaon which, if not avoided, could
result in equipment damage, data loss, performance degradaon, or
unexpected results.
Note
Provides addional informaon to emphasize or supplement
important points of the main text.
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Safety Instrucon
Please scan the following QR code to obtain the " Safety Instrucon " of the product, and read it
carefully. These
instrucons are intended to ensure that user can use the product correctly to avoid
danger or property loss.
Figure 1-1 Safety Instrucon
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Contents
Chapter 1 Overview .................................................................................................................... 1
1.1 Conguraon Process ............................................................................................................ 1
1.2 Firmware Update ................................................................................................................... 1
1.3 System Requirement .............................................................................................................. 1
Chapter 2 Device Acvaon and Accessing ................................................................................. 3
2.1 Acvate the Device via SADP ................................................................................................. 3
2.2 Acvate the Device via Browser ............................................................................................. 3
2.3 Login ...................................................................................................................................... 4
2.3.1 Plug-in
Installaon ........................................................................................................ 4
2.3.2 Admin Password Recovery ............................................................................................ 5
2.3.3 Illegal Login Lock ........................................................................................................... 6
Chapter 3 Live View .................................................................................................................... 7
3.1 Live View Parameters ............................................................................................................. 7
3.1.1 Start and Stop Live View ............................................................................................... 7
3.1.2 Aspect
Rao .................................................................................................................. 7
3.1.3 Live View Stream Type .................................................................................................. 7
3.1.4 Select the Third-Party Plug-in ....................................................................................... 7
3.1.5 Light .............................................................................................................................. 8
3.1.6 Count Pixel .................................................................................................................... 8
3.1.7 Start Digital Zoom ......................................................................................................... 8
3.1.8 Auxiliary Focus .............................................................................................................. 8
3.1.9 Lens
Inializaon .......................................................................................................... 9
3.1.10 Lens Parameters Adjustment ...................................................................................... 9
3.1.11 Conduct 3D
Posioning ............................................................................................. 11
3.2 Set Transmission Parameters ............................................................................................... 11
3.3 Set Smooth Streaming ......................................................................................................... 12
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Chapter 4 Video and Audio ....................................................................................................... 14
4.1 Video Sengs ...................................................................................................................... 14
4.1.1 Stream Type ................................................................................................................ 14
4.1.2 Video Type .................................................................................................................. 14
4.1.3
Resoluon ................................................................................................................... 14
4.1.4 Bitrate Type and Max. Bitrate ..................................................................................... 15
4.1.5 Video Quality .............................................................................................................. 15
4.1.6 Frame Rate .................................................................................................................. 15
4.1.7 Video Encoding ........................................................................................................... 15
4.1.8 Smoothing ................................................................................................................... 17
4.2 Audio Sengs ...................................................................................................................... 17
4.2.1 Audio Encoding ........................................................................................................... 18
4.2.2 Audio Input ................................................................................................................. 18
4.2.3 Audio Output .............................................................................................................. 18
4.2.4 Environmental Noise Filter .......................................................................................... 18
4.3 Two-way Audio .................................................................................................................... 18
4.4 ROI ....................................................................................................................................... 19
4.4.1 Set ROI ........................................................................................................................ 19
4.5 Set Target Cropping .............................................................................................................. 20
4.6 Display Info. on Stream ........................................................................................................ 20
4.7 Display
Sengs .................................................................................................................... 20
4.7.1 Scene Mode ................................................................................................................ 21
4.7.2 Image Parameters Switch ............................................................................................ 26
4.7.3 Video Standard ........................................................................................................... 27
4.7.4 Local Video Output ..................................................................................................... 27
4.7.5 ShotN .......................................................................................................................... 27
4.8 OSD ...................................................................................................................................... 28
4.9 Set Privacy Mask .................................................................................................................. 28
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4.10 Overlay Picture ................................................................................................................... 29
Chapter 5 Video Recording and Picture Capture ........................................................................ 30
5.1 Storage
Sengs ................................................................................................................... 30
5.1.1 Memory Card .............................................................................................................. 30
5.1.2 Set FTP ........................................................................................................................ 32
5.1.3 Set NAS ....................................................................................................................... 33
5.1.4 eMMC Protecon ........................................................................................................ 34
5.1.5 Set Cloud Storage ........................................................................................................ 34
5.2 Video Recording ................................................................................................................... 35
5.2.1 Record Automacally .................................................................................................. 35
5.2.2 Record Manually ......................................................................................................... 37
5.2.3 Playback and Download Video .................................................................................... 37
5.3 Capture
Conguraon .......................................................................................................... 38
5.3.1 Capture
Automacally ................................................................................................ 38
5.3.2 Capture Manually ........................................................................................................ 38
5.3.3 View and Download Picture ........................................................................................ 39
Chapter 6 Event and Alarm ....................................................................................................... 40
6.1 Set
Moon Detecon ........................................................................................................... 40
6.1.1 Expert Mode ............................................................................................................... 40
6.1.2 Normal Mode .............................................................................................................. 41
6.2 Set Video Tampering Alarm ................................................................................................. 42
6.3 Set Alarm Input .................................................................................................................... 43
6.4 Set
Excepon Alarm ............................................................................................................. 44
6.5 Set Video Quality Diagnosis ................................................................................................. 44
6.6 Set Vibraon Detecon ........................................................................................................ 45
6.7 Set Audio
Excepon Detecon ............................................................................................ 45
6.8 Set Defocus Detecon .......................................................................................................... 46
6.9 Set Scene Change
Detecon ................................................................................................ 47
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Chapter 7 Arming Schedule and Alarm Linkage ......................................................................... 48
7.1 Set Arming Schedule ............................................................................................................ 48
7.2 Linkage Method
Sengs ...................................................................................................... 48
7.2.1 Trigger Alarm Output .................................................................................................. 49
7.2.2 FTP/NAS/Memory Card Uploading ............................................................................. 50
7.2.3 Send Email .................................................................................................................. 50
7.2.4 Nofy Surveillance Center .......................................................................................... 51
7.2.5 Trigger Recording ........................................................................................................ 51
7.2.6 Audible Warning ......................................................................................................... 51
7.2.7 Alarm Server ............................................................................................................... 52
Chapter 8 Network Sengs ...................................................................................................... 53
8.1 TCP/IP ................................................................................................................................... 53
8.2 Access to Device via Domain Name ..................................................................................... 54
8.3 Access to Device via PPPoE Dial Up Connecon .................................................................. 55
8.4 SNMP ................................................................................................................................... 55
8.5 Set IEEE 802.1X .................................................................................................................... 56
8.6 Set QoS ................................................................................................................................. 56
8.7 HTTP(S) ................................................................................................................................ 57
8.8
Mulcast .............................................................................................................................. 58
8.8.1
Mulcast Discovery ..................................................................................................... 58
8.9 RTSP ..................................................................................................................................... 58
8.10 Set SRTP ............................................................................................................................. 59
8.11 Bonjour .............................................................................................................................. 59
8.12 WebSocket(s) ..................................................................................................................... 60
8.13 Port Mapping ..................................................................................................................... 60
8.13.1 Set Auto Port Mapping .............................................................................................. 60
8.13.2 Set Manual Port Mapping ......................................................................................... 60
8.13.3 Set Port Mapping on Router ..................................................................................... 61
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8.14 RTCP ................................................................................................................................... 62
8.15 Wireless Dial ...................................................................................................................... 62
8.15.1 Set Wireless Dial ....................................................................................................... 62
8.15.2 Wireless Expert
Sengs ............................................................................................ 63
8.16 Trac Shaping .................................................................................................................... 65
8.17 Data Monitoring ................................................................................................................. 65
8.18 Set ISUP .............................................................................................................................. 65
8.19 Set OTAP ............................................................................................................................. 66
8.20 Access Camera via Hik-Connect ......................................................................................... 66
8.20.1 Enable Hik-Connect Service on Camera .................................................................... 67
8.20.2 Set Up Hik-Connect ................................................................................................... 68
8.20.3 Add Camera to Hik-Connect ...................................................................................... 69
8.21 Set Open Network Video Interface .................................................................................... 69
8.22 Set SDK Service .................................................................................................................. 70
Chapter 9 System and Security ................................................................................................. 71
9.1 System Sengs .................................................................................................................... 71
9.1.1 View Device
Informaon ............................................................................................. 71
9.1.2 Time and Date ............................................................................................................. 71
9.1.3 Set RS-232 ................................................................................................................... 72
9.1.4 Set RS-485 ................................................................................................................... 73
9.1.5 Set Live View
Connecon ............................................................................................ 73
9.1.6 Locaon Sengs ......................................................................................................... 73
9.1.7 External Device ........................................................................................................... 74
9.1.8 View Open Source
Soware License ........................................................................... 75
9.1.9 Wiegand ...................................................................................................................... 76
9.2 User and Account ................................................................................................................. 76
9.2.1 Set User Account and Permission ............................................................................... 76
9.2.2 Simultaneous Login ..................................................................................................... 77
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9.2.3 Online Users ................................................................................................................ 77
9.3 Maintenance ........................................................................................................................ 77
9.3.1 Restart ......................................................................................................................... 77
9.3.2 Upgrade ...................................................................................................................... 77
9.3.3 Restore and Default .................................................................................................... 78
9.3.4 Import and Export
Conguraon File ......................................................................... 78
9.3.5 Search and Manage Log .............................................................................................. 78
9.3.6 Search Security Audit Logs .......................................................................................... 79
9.3.7 SSH .............................................................................................................................. 79
9.3.8 Export Diagnose Informaon ...................................................................................... 79
9.4 Security ................................................................................................................................ 79
9.4.1 Set IP Address Filter .................................................................................................... 80
9.4.2 Set MAC Address Filter ............................................................................................... 80
9.4.3 Control Timeout Sengs ............................................................................................ 81
9.4.4 Cercate Management ............................................................................................. 81
9.4.5 TLS ............................................................................................................................... 84
Chapter 10 Device Management ............................................................................................... 85
10.1 Add Alarm Box ................................................................................................................... 85
Chapter 11 VCA Resource ......................................................................................................... 86
11.1 Allocate VCA Resource ....................................................................................................... 86
11.2 General
Sengs ................................................................................................................. 86
11.2.1 Set Camera Info ......................................................................................................... 87
11.2.2 Metadata .................................................................................................................. 87
11.2.3 Dynamic Mosaic Mask .............................................................................................. 88
11.2.4 AcuSearch ................................................................................................................. 88
11.3 Smart Event ........................................................................................................................ 89
11.3.1 Set Intrusion
Detecon ............................................................................................. 89
11.3.2 Set Line Crossing
Detecon ....................................................................................... 91
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11.3.3 Set Region Entrance Detecon ................................................................................. 93
11.3.4 Set Region Exing Detecon ..................................................................................... 94
11.3.5 Set
Unaended Baggage Detecon .......................................................................... 96
11.3.6 Set Object Removal Detecon .................................................................................. 98
11.3.7 Set Loitering Detecon ............................................................................................. 99
11.3.8 Set People Gathering Detecon .............................................................................. 101
11.3.9 Set Fast Moving Detecon ...................................................................................... 102
11.3.10 Set Parking Detecon ............................................................................................ 103
11.3.11 Set Combined Event .............................................................................................. 105
11.4 Face Capture .................................................................................................................... 107
11.4.1 Set Face Capture ..................................................................................................... 107
11.4.2 Overlay and Capture ............................................................................................... 108
11.4.3 Face Capture Algorithms Parameters ...................................................................... 109
11.4.4 Set Shield Region .................................................................................................... 111
11.5 Mul-Target-Type Detecon ............................................................................................ 111
11.5.1 Set Mul-Target-Type Detecon Rule ..................................................................... 112
11.5.2 Set
Mul-Target-Type Counng Rule ...................................................................... 113
11.5.3 Overlay and Capture ............................................................................................... 114
11.5.4 Mul-Target-Type Detecon Advanced Parameters ............................................... 116
11.5.5 Set Shield Region .................................................................................................... 118
11.5.6 View
Mul-Target-Type Counng Stascs ............................................................ 118
11.6 Face Picture Comparison ................................................................................................. 119
11.6.1 Set Face Picture Library ........................................................................................... 119
11.6.2 Set Face Picture Comparison .................................................................................. 120
11.6.3 View Face Picture Comparison Result ..................................................................... 121
11.7 People Management ........................................................................................................ 121
11.7.1 Regional People
Counng ....................................................................................... 122
11.7.2
On/O Duty Detecon ............................................................................................ 128
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11.7.3 Queue Management ............................................................................................... 130
11.7.4 Overlay and Capture ............................................................................................... 141
11.7.5 Advanced
Sengs ................................................................................................... 141
11.8 Heat Map ......................................................................................................................... 142
11.8.1 Set Heat Map .......................................................................................................... 142
11.8.2 View Heat Map Data ............................................................................................... 144
11.9 Mul-Dimension People Counng ................................................................................... 145
11.9.1 Set Mul-Dimension People Counng Rule ............................................................ 146
11.9.2 Mul-Dimension People Counng Advanced Sengs ............................................ 148
11.9.3 Set Face Picture Library ........................................................................................... 149
11.9.4 Set Face Picture Comparison Alarm ........................................................................ 150
11.9.5 View Face Picture Comparison Result ..................................................................... 151
11.9.6 View People
Counng Stascs .............................................................................. 151
11.10 AI Open
Plaorm ........................................................................................................... 152
11.10.1 Set AI Open Plaorm ............................................................................................ 152
11.10.2 Set Rules ............................................................................................................... 155
11.11 Road
Trac .................................................................................................................... 157
11.11.1 Set Vehicle Detecon ............................................................................................ 157
11.11.2 Set Mixed-Trac Detecon Rule ........................................................................... 162
11.11.3 Overlay and Capture ............................................................................................. 165
11.11.4 Import or Export Blocklist & Allowlist ................................................................... 167
11.11.5 Advanced Parameters
Conguraon .................................................................... 168
11.11.6
Trac Flow Stascs ............................................................................................. 168
11.12 Parking Management ..................................................................................................... 169
11.12.1 Close View Mode .................................................................................................. 169
11.12.2 Distant View Mode ............................................................................................... 172
11.12.3 Overlay and Capture ............................................................................................. 175
11.12.4 Import or Export Blocklist & Allowlist ................................................................... 176
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11.12.5 Advanced Parameters Conguraon .................................................................... 177
11.13 Tunnel Event Detecon .................................................................................................. 177
11.13.1 Basic
Sengs ........................................................................................................ 177
11.13.2 Set Rules ............................................................................................................... 178
11.13.3 Trac Event Detecon .......................................................................................... 180
11.13.4 ITS Linkage and Alarm ........................................................................................... 183
11.13.5 Advanced Sengs ................................................................................................. 184
11.14 Schedule Switch Applicaon .......................................................................................... 185
11.15 Search and Export Data Aware Informaon .................................................................. 186
11.16 Search and View Power Consumpon Stascs ............................................................ 186
Chapter 12 Smart Display ....................................................................................................... 188
Chapter 13 EPTZ ..................................................................................................................... 189
13.1 Patrol ................................................................................................................................ 189
13.2 Auto-Tracking ................................................................................................................... 189
Appendix A. FAQ ..................................................................................................................... 191
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Chapter 1 Overview
1.1 Conguraon Process
This secon briey explains the soware conguraon process of the network camera. Please set
up the device according to the actual situaon.
General Conguraon Process
Figure 1-1 General Conguraon Process
Acvate and access device via web browser. You should set a login password (for admin user) to
acvate the device when access the device via network. Open the web browser and enter the IP
address. The default IP address of the device is 192.168.1.64.
Follow the Wizard or click on the web page to quickly set the device parameters.
Set the basic parameters, including network, image, video and audio, alarm, etc.
Set event and
detecon rules. You can set basic event and detecon rules or allocate VCA
resources for deep learning funcon.
1.2 Firmware Update
For beer user experience, we recommend you to update your device to the latest rmware.
Please get the latest rmware package from the ocial website or the local technical expert. For
more
informaon, please visit the ocial website: hps://www.hikvision.com/en/support/
download/rmware/ .
For the upgrading
sengs, refer to Upgrade .
1.3 System Requirement
Your computer should meet the requirements for proper vising and operang the product.
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Operang System Microso Windows XP SP1 and above version
CPU 2.0 GHz or higher
RAM 1G or higher
Display 1024×768 resoluon or higher
Web Browser For the details, see Plug-in Installaon
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Chapter 2 Device Acvaon and Accessing
To protect the security and privacy of the user account and data, you should set a login password
to
acvate the device when access the device via network.
Note
Refer to the user manual of the soware client for the detailed informaon about the client
soware acvaon.
2.1 Acvate the Device via SADP
Search and acvate the online devices via SADP soware.
Before You Start
Access www.hikvision.com to get SADP
soware to install.
Steps
1.
Connect the device to network using the network cable.
2.
Run SADP soware to search the online devices.
3.
Check Device Status from the device list, and select
Inacve device.
4.
Create and input the new password in the password eld, and conrm the password.
Cauon
We highly recommend you create a strong password of your own choosing (using a minimum of
8 characters, including upper case leers, lower case leers, numbers, and special characters) in
order to increase the security of your product. And we recommend you reset your password
regularly, especially in the high security system,
reseng the password monthly or weekly can
beer protect your product.
5.
Click OK.
Device Status changes into Acve.
6.
Oponal: Change the network parameters of the device in Modify Network Parameters.
2.2
Acvate the Device via Browser
You can access and acvate the device via the browser.
Steps
1.
Connect the device to the PC using the network cables.
2.
Change the IP address of the PC and device to the same segment.
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Note
The default IP address of the device is 192.168.1.64. You can set the IP address of the PC from
192.168.1.2 to 192.168.1.253 (except 192.168.1.64). For example, you can set the IP address of
the PC to 192.168.1.100.
3.
Input 192.168.1.64 in the browser.
4.
Set device acvaon password.
Cauon
We highly recommend you create a strong password of your own choosing (using a minimum of
8 characters, including at least three of the following categories: upper case leers, lower case
leers, numbers, and special characters) in order to increase the security of your product. And
we recommend you reset your password regularly, especially in the high security system,
reseng the password monthly or weekly can beer protect your product.
5.
Click OK.
6.
Input the acvaon password to log in to the device.
7.
Oponal: Go to Conguraon → Network → Network Sengs → TCP/IP to change the IP
address of the device to the same segment of your network.
2.3 Login
Log in to the device via Web browser.
2.3.1 Plug-in
Installaon
Certain operang systems and web browsers may restrict the display and operaon of the device
funcon. You should install a plug-in or complete certain sengs to ensure normal display and
operaon. For detailed restricted funcon, refer to the actual device.
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Operang System Web Browser Operaon
Windows
Internet Explorer 10+
Google Chrome 57 and
earlier version
Mozilla Firefox 52 and earlier
version
Follow pop-up prompts to
complete plug-in installaon.
Google Chrome 57+
Mozilla Firefox 52+
Edge 89+
Click to download and install
plug-in.
Mac OS
Google Chrome 57+
Mozilla Firefox 52+
Mac Safari 16+
Plug-in installaon is not
required.
Go to Conguraon
Network → Network Service
→ WebSocket(s) to enable
WebSocket or WebSockets for
normal view. Display and
operaon of certain funcons
are restricted. For example,
Playback and Picture are not
available. For detailed
restricted
funcon, refer to the
actual device.
Note
The device only supports Windows and Mac OS system, and does not support Linux system.
To improve the user experience on certain devices, it's recommended to use a more advanced
web browser for access. Please refer to the actual device or product specicaon.
Certain device models do not support Internet Explorer web browser.
2.3.2 Admin Password Recovery
If you forget the admin password, you can reset the password by clicking Forget Password on the
login page
aer compleng the account security sengs.
You can reset the password by seng the security queson or email.
Note
When you need to reset the password, make sure that the device and the PC are on the same
network segment.
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Security Queson
You can set the account security during the acvaon. Or you can go to Conguraon → System
User Management , click Account Security Sengs, select the security queson and input your
answer.
You can click Forget Password and answer the security
queson to reset the admin password when
access the device via browser.
Email
You can set the account security during the acvaon. Or you can go to Conguraon → System
User Management , click Account Security
Sengs, input your email address to receive the
vericaon code during the recovering operaon process.
2.3.3 Illegal Login Lock
It helps to improve the security when accessing the device via Internet.
Go to Maintenance and Security → Security → Login Management , and enable Enable Illegal
Login Lock. Illegal Login
Aempts and Locking Duraon are congurable.
Illegal Login Aempts
When your login aempts with the wrong password reach the set mes, the device is locked.
Locking Duraon
The device releases the lock aer the seng duraon.
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Chapter 3 Live View
It introduces the live view parameters, funcon icons and transmission parameters sengs.
3.1 Live View Parameters
The supported funcons vary depending on the model.
3.1.1 Start and Stop Live View
Click Live View. Click to start live view. Click to stop live view.
3.1.2 Aspect
Rao
Aspect Rao is the display rao of the width to height of the image.
refers to 4:3 window size.
refers to 16:9 window size.
refers to original window size.
refers to self-adapve window size.
refers to original rao window size.
3.1.3 Live View Stream Type
Select the live view stream type according to your needs. For the detailed informaon about the
stream type selecon, refer to Stream Type .
3.1.4 Select the Third-Party Plug-in
When the live view cannot display via certain browsers, you can change the plug-in for live view
according to the browser.
Steps
1.
Click Live View.
2.
Click
to select the plug-in.
-
When you access the device via Internet Explorer, you can select Webcomponents or
QuickTime.
-
When you access the device via the other browsers, you can select Webcomponents,
QuickTime or MJPEG.
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3.1.5 Light
Click to turn on or turn o the illuminator.
Cauon
For the device with laser:
DO NOT stare at operang light source. May be harmful to the eyes.
If appropriate shielding or eye protecon is not available, turn on the light only at a safe distance
or in the area that is not directly exposed to the light.
When assembling, installing or maintaining the device, DO NOT turn on the light, or wear eye
protecon.
3.1.6 Count Pixel
It helps to get the height and width pixel of the selected region in the live view image.
Steps
1.
Click
to enable the funcon.
2.
Drag the mouse on the image to select a desired rectangle area.
The width pixel and height pixel are displayed on the boom of the live view image.
3.1.7 Start Digital Zoom
It helps to see a detailed informaon of any region in the image.
Steps
1.
Click to enable the digital zoom.
2.
In live view image, drag the mouse to select the desired region.
3.
Click in the live view image to back to the original image.
3.1.8 Auxiliary Focus
It is used for motorized device. It can improve the image if the device cannot focus clearly.
For the device that supports ABF, adjust the lens angle, then focus and click ABF buon on the
device. The device can focus clearly.
Click
to focus automacally.
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Note
If the device cannot focus with auxiliary focus, you can use Lens Inializaon , then use auxiliary
focus again to make the image clear.
If auxiliary focus cannot help the device focus clearly, you can use manual focus.
3.1.9 Lens Inializaon
Lens inializaon is used on the device equipped with motorized lens. The funcon can reset lens
when long me zoom or focus results in blurred image. This funcon varies according to dierent
models.
Click to operate lens inializaon.
3.1.10 Lens Parameters Adjustment
PTZ is an abbreviaon for pan, lt, and zoom. It means the movement opons of the device. In live
view interface, you can click the direcon control buons to control the pan/lt movement, and
click the zoom/focus/iris buons to realize lens control.
Note
Supported PTZ funcons may vary according to dierent camera models.
For the devices which support lens movements only, the direcon buons are invalid.
Direcon Control
Click and hold the direcon buon to pan/lt the device.
Zoom
Click , and the lens zooms in.
Click , and the lens zooms out.
Focus
Click , then the lens focuses near and the nearby object gets clear.
Click
, then the lens focuses far and the distant object gets clear.
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Iris
When the image is too dark, click to enlarge the iris.
When the image is too bright, click to stop down the iris.
PTZ Speed
Slide
to adjust the speed of the pan/lt movement.
PTZ Lock
PTZ lock means to disable the zoom, focus and PTZ rotaon funcons of the corresponding
channel, so that to reduce the target missing caused by PTZ adjustment.
Note
The funcon is only supported by certain device models.
Click to lock the PTZ operaon, or click to unlock it.
PTRZ Adjustment
PTRZ is an abbreviaon for pan, lt, rotate and zoom. It means the movement opons of the
device. In the interface, you can use the control
buons to adjust the movement of the device,
such as device panning, lng , rotang, and zooming.
Note
The funcon is only supported by certain device models.
Go to Conguraon → PTZ → PTRZ .
Control Panel
Click and hold the direconal buon to pan/lt
the device.
Click and hold the buon to adjust rotang
posion.
Auto Recovery
Click , the device will correct the rotang posion automacally to make the live view image
posive. Make sure the Self-Test Status is Inialized.
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Note
Go to Conguraon → PTZ → PTZ to view the Self-Test Status.
If you want to inialize PTZ and enable PTZ self-check manually, go to Conguraon → PTZ
PTZ and click Self-Test, then the PTZ is inialized.
Refer to Lens Parameters Adjustment for more detailed sengs of lens adjustment.
3.1.11 Conduct 3D Posioning
3D posioning is to relocate the selected area to the image center.
Steps
1.
Click to enable the funcon.
2.
Select a target area in live image.
-
Le click on a point on live image: the point is relocated to the center of the live image. With
no zooming in or out
eect.
-
Hold and drag the mouse to a lower right posion to frame an area on the live: the framed
area is zoomed in and relocated to the center of the live image.
-
Hold and drag the mouse to an upper le posion to frame an area on the live: the framed
area is zoomed out and relocated to the center of the live image.
3.
Click the
buon again to turn o the funcon.
3.2 Set Transmission Parameters
The live view image may be displayed abnormally according to the network condions. In dierent
network environments, you can adjust the transmission parameters to solve the problem.
Steps
1.
Go to Conguraon → Local → Live View Parameters .
2.
Set the transmission parameters as required.
Protocol
TCP
TCP ensures complete delivery of streaming data and
beer video quality, yet the real-me
transmission will be aected. It is suitable for the stable network environment.
UDP
UDP is suitable for the unstable network environment that does not demand high video
uency.
MULTICAST
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MULTICAST is suitable for the situaon that there are mulple clients. You should set the
mulcast address for them before selecon.
Note
For detailed informaon about mulcast, refer to Mulcast .
HTTP
HTTP is suitable for the
situaon that the third-party needs to get the stream from the
device.
Playing Performance
Shortest Delay
The device takes the real-me video image as the priority over the video uency.
Balanced
The device ensures both the
real-me video image and the uency.
Fluent
The device takes the video uency as the priority over teal-me. In poor network
environment, the device cannot ensures video uency even the uency is enabled.
Custom
You can set the frame rate manually. In poor network environment, you can reduce the
frame rate to get a
uent live view. But the rule informaon may cannot display.
3.
Click Save.
3.3 Set Smooth Streaming
It is a funcon to tackle the latency and network congeson caused by unstable network condion,
and keep the live view stream on the web browser or the client soware smooth.
Before You Start
Add the device to your client
soware and select NPQ protocol in client soware before
conguring the smooth streaming funcon.
Be sure that the Bit Rate Type is selected as Constant and the SVC is selected as OFF before
enabling the
funcon. Go to Conguraon → Video/Audio → Video to set the parameters.
Note
The funcon is only supported by certain device models.
Steps
1.
Go to the
sengs page: Conguraon → Network → Network Service → Smooth Streaming .
2.
Check Enable Smooth Streaming.
3.
Select the mode for smooth streaming.
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Auto The resoluon and bit rate are adjusted automacally and resoluon takes the
priority. The upper limits of these two parameters will not exceed the values
you set on Video page. Go to Conguraon → Video/Audio → Video , set the
Resoluon and Max. Bit Rate before you enable smooth streaming funcon.
In this mode, the frame rate will be adjusted to the maximum value
automacally.
Resoluon
Priority
The resoluon stays the same as the set value on Video page, and the bit rate
will be adjusted automacally. Go to Conguraon → Video/Audio → Video ,
set the Max. Bit Rate before you enable smooth streaming funcon. In this
mode, the frame rate will be adjusted to the maximum value
automacally.
Frame Rate
Priority
The image is sll smooth even under the poor network, while the image
quality may be not good.
Error
Correcon
The resoluon and bit rate stay the same as the set values on Video page. The
mode is used to correct the data error during transmission to ensure the image
quality. You can set the Error Correcon Proporon within range of 0-100.
When the
proporon is 0, the data error will be corrected by data
retransmission. When the
proporon is higher than 0, the error data will be
corrected via redundant data that is added to the stream and data
retransmission. The higher the value is, the more redundant date will be
generated, the more data error would be corrected, but the larger bandwidth
would be required. When the
proporon is 100, the redundant data will be as
large as the original data, and the bandwidth is twice required.
Note
Be sure the bandwidth is sucient in the Error Correcon mode.
4.
Click Save to save the sengs.
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Chapter 4 Video and Audio
This part introduces the conguraon of video and audio related parameters.
4.1 Video Sengs
This part introduces the sengs of video parameters, such as, stream type, video encoding, and
resoluon.
Go to seng page: Conguraon → Video/Audio → Video .
4.1.1 Stream Type
For device supports more than one stream, you can specify parameters for each stream type.
Main Stream
The stream stands for the best stream performance the device supports. It usually
oers the
best resoluon and frame rate the device can do. But high resoluon and frame rate usually
means larger storage space and higher bandwidth requirements in transmission.
Sub Stream
The stream usually
oers comparavely low resoluon opons, which consumes less bandwidth
and storage space.
Other Streams
Steams other than the main stream and sub stream may also be oered for customized usage.
4.1.2 Video Type
Select the content (video and audio) that should be contained in the stream.
Video Stream
Only video content is contained in the stream.
Video&Audio
Video content and audio content are contained in the composite stream.
4.1.3
Resoluon
Select video resoluon according to actual needs. Higher resoluon requires higher bandwidth and
storage.
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4.1.4 Bitrate Type and Max. Bitrate
Constant Bitrate
It means that the stream is compressed and transmied at a comparavely xed bitrate. The
compression speed is fast, but mosaic may occur on the image.
Variable Bitrate
It means that the device
automacally adjust the bitrate under the set Max. Bitrate. The
compression speed is slower than that of the constant bitrate. But it guarantees the image
quality of complex scenes.
4.1.5 Video Quality
When Bitrate Type is set as Variable, video quality is congurable. Select a video quality according
to actual needs. Note that higher video quality requires higher bandwidth.
4.1.6 Frame Rate
The frame rate is to describe the frequency at which the video stream is updated and it is
measured by frames per second (fps).
A higher frame rate is advantageous when there is movement in the video stream, as it maintains
image quality throughout. Note that higher frame rate requires higher bandwidth and larger
storage space.
4.1.7 Video Encoding
It stands for the compression standard the device adopts for video encoding.
Note
Available compression standards vary according to device models.
H.264
H.264, also known as MPEG-4 Part 10, Advanced Video Coding, is a compression standard. Without
compressing image quality, it increases compression rao and reduces the size of video le than
MJPEG or MPEG-4 Part 2.
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H.264+
H.264+ is an improved compression coding technology based on H.264. By enabling H.264+, you
can
esmate the HDD consumpon by its maximum average bitrate. Compared to H.264, H.264+
reduces storage by up to 50% with the same maximum bitrate in most scenes.
When H.264+ is enabled, Max. Average Bitrate is congurable. The device gives a recommended
max. average bitrate by default. You can adjust the parameter to a higher value if the video quality
is less
sasfactory. Max. average bitrate should not be higher than max. bitrate.
Note
When H.264+ is enabled, I Frame Interval is not congurable.
H.265
H.265, also known as High Eciency Video Coding (HEVC) and MPEG-H Part 2, is a compression
standard. In comparison to H.264, it oers beer video compression at the same resoluon, frame
rate and image quality.
H.265+
H.265+ is an improved compression coding technology based on H.265. By enabling H.265+, you
can esmate the HDD consumpon by its maximum average bitrate. Compared to H.265, H.265+
reduces storage by up to 50% with the same maximum bitrate in most scenes.
When H.265+ is enabled, Max. Average Bitrate is
congurable. The device gives a recommended
max. average bitrate by default. You can adjust the parameter to a higher value if the video quality
is less
sasfactory. Max. average bitrate should not be higher than max. bitrate.
Note
When H.265+ is enabled, I Frame Interval is not congurable.
I-Frame Interval
I-frame interval denes the number of frames between 2 I-frames.
In H.264 and H.265, an I-frame, or intra frame, is a self-contained frame that can be independently
decoded without any reference to other images. An I-frame consumes more bits than other
frames. Thus, video with more I-frames, in other words, smaller I-frame interval, generates more
steady and reliable data bits while requiring more storage space.
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SVC
Scalable Video Coding (SVC) is the name for the Annex G extension of the H.264 or H.265 video
compression standard.
The
objecve of the SVC standardizaon has been to enable the encoding of a high-quality video
bitstream that contains one or more subset bitstreams that can themselves be decoded with a
complexity and
reconstrucon quality similar to that achieved using the exisng H.264 or H.265
design with the same quanty of data as in the subset bitstream. The subset bitstream is derived
by dropping packets from the larger bitstream.
SVC enables forward compability for older hardware: the same bitstream can be consumed by
basic hardware which can only decode a low-resoluon subset, while more advanced hardware
will be able decode high quality video stream.
MPEG4
MPEG4, referring to MPEG-4 Part 2, is a video compression format developed by Moving Picture
Experts Group (MPEG).
MJPEG
Moon JPEG (M-JPEG or MJPEG) is a video compression format in which intraframe coding
technology is used. Images in a MJPEG format is compressed as individual JPEG images.
Prole
This funcon means that under the same bitrate, the more complex the prole is, the higher the
quality of the image is, and the requirement for network bandwidth is also higher.
4.1.8 Smoothing
It refers to the smoothness of the stream. The higher value of the smoothing is, the beer uency
of the stream will be, though, the video quality may not be so sasfactory. The lower value of the
smoothing is, the higher quality of the stream will be, though it may appear not
uent.
4.2 Audio
Sengs
It is a funcon to set audio parameters such as audio encoding, environment noise ltering.
Go to the audio sengs page: Conguraon → Video/Audio → Audio .
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Note
Only certain camera models support the funcon.
4.2.1 Audio Encoding
Select the audio encoding compression of the audio.
4.2.2 Audio Input
Note
Connect the audio input device as required.
The audio input display varies with the device models.
LineIn Set Audio Input to LineIn when the device connects to the audio
input device with the high output power, such as MP3,
synthesizer or acve pickup.
MicIn Set Audio Input to MicIn when the device connects to the audio
input device with the low output power, such as microphone or
passive pickup.
4.2.3 Audio Output
Note
Connect the audio output device as required.
It is a switch of the device audio output. When it is disabled, all the device audio cannot output.
The audio output display varies with the device modes.
4.2.4 Environmental Noise Filter
Set it as OFF or ON. When the funcon is enabled, the noise in the environment can be ltered to
some extent.
4.3 Two-way Audio
It is used to realize the two-way audio funcon between the monitoring center and the target in
the monitoring screen.
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Before You Start
Make sure the audio input device (pick-up or microphone) and audio output device (speaker)
connected to the device is working properly. Refer to specicaons of audio input and output
devices for device
connecon.
If the device has built-in microphone and speaker, two-way audio
funcon can be enabled
directly.
Steps
1.
Click Live View.
2.
Click
on the toolbar to enable two-way audio funcon of the camera.
3.
Click , disable the two-way audio funcon.
4.4 ROI
ROI (Region of Interest) encoding helps to discriminate the ROI and background informaon in
video compression. The technology assigns more encoding resource to the region of interest, thus
to increase the quality of the ROI whereas the background
informaon is less focused.
4.4.1 Set ROI
ROI (Region of Interest) encoding helps to assign more encoding resource to the region of interest,
thus to increase the quality of the ROI whereas the background
informaon is less focused.
Before You Start
Please check the video coding type. ROI is supported when the video coding type is H.264 or H.
265.
Steps
1.
Go to Conguraon → Video/Audio → ROI .
2.
Check Enable.
3.
Select Stream Type.
4.
Select Region No. and click
to draw ROI region on the live view.
Note
Select the xed region that needs to be adjusted and drag the mouse to adjust its posion.
5.
Input the Area Name and ROI Level.
6.
Click Save.
Note
The higher the ROI level is, the clearer the image of the detected region is.
7.
Oponal: Select other region No. and repeat the above steps if you need to draw mulple xed
regions.
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4.5 Set Target Cropping
You can crop the image, transmit and save only the images of the target area to save transmission
bandwidth and storage.
Steps
1.
Go to Conguraon → Video/Audio → Target Cropping .
2.
Check Enable and set Third Stream as the Stream Type.
Note
Aer enabling target cropping, the third stream resoluon cannot be congured.
3.
Select a Cropping Resoluon.
A red frame appears in the live view.
4.
Drag the frame to the target area.
5.
Click Save.
Note
Only certain models support target cropping and the funcon varies according to dierent
camera models.
Some funcons may be disabled aer enabling target cropping.
4.6 Display Info. on Stream
The informaon of the objects (e.g. human, vehicle, etc.) is marked in the video stream. You can
set rules on the connected rear-end device or client
soware to detect the events including line
crossing, intrusion, etc.
Before You Start
This funcon is supported in smart events. Go to VCA , select Smart Event and click Next to enable
Smart Event.
Steps
1.
Go to
Conguraon → Video/Audio → Display Info. on Stream .
2.
Check Enable Dual-VCA.
3.
Click Save.
4.7 Display
Sengs
It oers the parameter sengs to adjust image features.
Go to Conguraon → Image → Display Sengs .
Click Default to restore
sengs.
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4.7.1 Scene Mode
There are several sets of image parameters predened for dierent installaon environments.
Select a scene according to the actual
installaon environment to speed up the display sengs.
Image Adjustment
By adjusng the Brightness, Saturaon, Contrast and Sharpness, the image can be best displayed.
Exposure Sengs
Exposure is controlled by the combinaon of iris, shuer, and photo sensibility. You can adjust
image eect by seng exposure parameters.
In manual mode, you need to set Exposure Time, Gain and Slow
Shuer.
Focus
It oers opons to adjust the focus mode.
Focus Mode
Auto
The device focuses
automacally as the scene changes. If you cannot get a well-focused
image under auto mode, reduce light sources in the image and avoid ashing lights.
Semi-auto
The device focuses once
aer the PTZ and lens zooming. If the image is clear, the focus does
not change when the scene changes.
Manual
You can adjust the focus manually on the live view page.
Day/Night Switch
Day/Night Switch funcon can provide color images and black/white images in day and night
mode. Switch mode is congurable.
Day
The image is always in color.
Night
The image is black/white or colorful and the supplement light will be enabled to ensure clear
live view image at night.
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Note
Only certain device models support the supplement light and colorful image.
Auto
The camera switches between the day mode and the night mode according to the light
condion of environment.
Scheduled-Switch
Set the Start Time and the End Time to dene the duraon for day mode.
Triggered by alarm input
You can set Triggering Status as Day or Night. For example, if the Triggering Status is Night, the
mode turns into Night when the device receives alarm input signal.
Triggered by video
The camera switches between the day mode and the night mode according to the light
condion of environment. This mode is applicable when the device supports road trac and
vehicle
detecon.
Note
Day/Night Switch funcon varies according to models.
You can turn on the smart supplement light for beer image eect. For supplement light
sengs, refer to Supplement Light Sengs .
Supplement Light Sengs
You can set supplement light and refer to the actual device for relevant parameters.
Smart Supplement Light
Smart supplement light avoids over exposure when the supplement light is on.
Supplement Light Mode
When the device supports supplement light, you can select supplement light mode.
IR Supplement Light
IR light is enabled.
White Light
White light is enabled.
Mixed Light
Both IR light and white light are enabled.
Smart
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When you select this mode aer enabling certain smart events or moon detecon, in the
night state, the default supplement light mode is IR supplement light mode. When the alarm
is triggered, the white light is enabled and the device captures the target. Aer the alarm
ends, the supplement light mode will switch to IR supplement light mode.
Only device models with IR and white light or hybrid supplement light with IR and white light
support this
funcon.
O
Supplement light is disabled.
Note
The supplement light mode may vary according to dierent device models.
Brightness Adjustment Mode
Auto
The brightness adjusts according to the actual environment automacally.
Manual
You can drag the slider or set value to adjust the brightness.
BLC
If you focus on an object against strong backlight, the object will be too dark to be seen clearly. BLC
(backlight compensaon) compensates light to the object in the front to make it clear. If BLC mode
is set as Custom, you can draw a red rectangle on the live view image as the BLC area.
WDR
The WDR (Wide Dynamic Range) funcon helps the camera provide clear images in environment
with strong
illuminaon dierences.
When there are both very bright and very dark areas simultaneously in the eld of view, you can
enable the WDR
funcon and set the level. WDR automacally balances the brightness level of the
whole image and provides clear images with more details.
Note
When WDR is enabled, some other funcons may be not supported. Refer to the actual interface
for details.
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Figure 4-1 WDR
HLC
When the bright area of the image is over-exposed and the dark area is under-exposed, the HLC
(High Light Compression) funcon can be enabled to weaken the bright area and brighten the dark
area, so as to achieve the light balance of the overall picture.
White Balance
White balance is the white rendion funcon of the camera. It is used to adjust the color
temperature according to the environment.
Figure 4-2 White Balance
DNR
Digital Noise Reducon is used to reduce the image noise and improve the image quality. Normal
and Expert modes are selectable.
Normal
Set the DNR level to control the noise
reducon degree. The higher level means stronger
reducon degree.
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Expert
Set the DNR level for both space DNR and me DNR to control the noise reducon degree. The
higher level means stronger
reducon degree.
Figure 4-3 DNR
Defog
You can enable the defog funcon when the environment is foggy and the image is misty. It
enhances the subtle details so that the image appears clearer.
Figure 4-4 Defog
EIS
Increase the stability of video image by using jier compensaon technology.
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Gray Scale
You can choose the range of the Gray Scale as [0-255] or [16-235].
Mirror
When the live view image is the reverse of the actual scene, this funcon helps to display the
image normally.
Select the mirror mode as needed.
Note
The video recording will be shortly interrupted when the funcon is enabled.
Rotate
When this funcon is enabled, the live view will rotate 90° counterclockwise. For example, 1280 ×
720 is rotated to 720 × 1280.
Enabling this
funcon can change the eecve range of monitoring in the vercal direcon.
Note
This funcon is supported under certain sengs.
Lens Distoron Correcon
For device equipped with motorized lens, image may appear distorted to some extent. Enable this
funcon to correct the distoron.
Note
This funcon is only supported by certain device equipped with motorized lens.
The edge of image will be lost if this funcon is enabled.
4.7.2 Image Parameters Switch
The device automacally switches image parameters in set me periods.
Go to image parameters switch
seng page: Conguraon → Image → Display Sengs → Image
Parameters Switch , and set parameters as needed.
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Set Scheduled-switch
Switch the image to the linked scene mode automacally in certain me periods.
Steps
1.
Check Scheduled-switch.
2.
Select and
congure the corresponding me period and linked scene mode.
Note
For Linked Scene conguraon, refer to Scene Mode .
3.
Click Save.
4.7.3 Video Standard
Video standard is an ability of a video card or video display device that denes the amount of
colors that are shown and the
resoluon. The two most common video standard used are NTSC
and PAL. In NTSC, 30 frames are transmied each second. Each frame is made up of 525 individual
scan lines. In PAL, 25 frames are
transmied each second. Each frame is made up of 625 individual
scan lines. Select video signal standard according to the video system in your country/region.
4.7.4 Local Video Output
If the device is equipped with video output interfaces, such as BNC, CVBS, HDMI, and SDI, you can
preview the live image directly by connecng the device to a monitor screen.
Select the output mode as ON/OFF to control the output.
4.7.5 ShotN
It is available when Mul-Target-Type Detecon is enabled, which can be used to opmize the
eect of captured picture.
Note
For certain device models, you should go to VCA and enable Mul-Target-Type Detecon rst.
The funcon varies according to dierent device models.
Normal Mode
The mode is used to adapvely adjust the image capture eect of face and license plate, which
can solve the overexposure of dierent types of targets captured in the same scene.
It can split the stream into 2 channels for face capture and license plate capture, and you can
set the image parameters of 2 streams separately in the expert mode.
Close
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Do not split the stream.
4.8 OSD
You can customize OSD (On-screen Display) informaon such as device name, me/date, font,
color, and text overlay displayed on video stream.
Go to OSD seng page: Conguraon → Image → OSD Sengs .
Set the corresponding parameters, and click Save to take eect.
Character Set
Select character set for displayed informaon. If Korean is required to be displayed on screen,
select EUC-KR. Otherwise, select GBK.
Display
Set camera name, date, week, and their related display formats. For certain device models, you can
also set
lt angle as the displayed informaon.
Format
Sengs
Set OSD parameters, such as Display Mode, OSD Size, Font Color, and Alignment.
Text Overlay
Set customized overlay text on image.
4.9 Set Privacy Mask
The funcon blocks certain areas in the live view to protect privacy. No maer how the device
moves, the blocked scene will never be seen.
Steps
1.
Go to Conguraon → Image → Privacy Mask .
2.
Check Enable.
3.
Click
. Drag the mouse in the live view to draw a closed area.
Drag the corners of the area
Adjust the size of the area.
Drag the area Adjust the posion of the area.
Click Clear all the areas you set.
4.
Click Add to add a privacy mask and set Region Name and Mask Type.
5.
Click Save.
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4.10 Overlay Picture
Overlay a customized picture on live view.
Before You Start
The picture to overlay has to be in BMP format with 24-bit, and the maximum picture size is 128 ×
128 pixel.
Steps
1.
Go to
Conguraon → Image → Picture Overlay .
2.
Check Enable.
3.
Click Upload to select a picture and open it.
The picture with a red rectangle will appear in live view
aer successfully uploading.
4.
Drag the red rectangle to adjust the picture posion.
5.
Click Save.
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Chapter 5 Video Recording and Picture Capture
This part introduces the operaons of capturing video clips and snapshots, playback, and
downloading captured
les.
5.1 Storage Sengs
This part introduces the conguraon of several common storage paths.
5.1.1 Memory Card
You can view the capacity, free space, status, type, and property of the memory card. Encrypon of
memory card is supported to ensure data security.
Set New or Unencrypted Memory Card
Before You Start
Insert a new or unencrypted memory card to the device. For detailed installaon, refer to Quick
Start Guide of the device.
Steps
1.
Go to
Conguraon → Storage → Storage Management → HDD Management .
2.
Select the memory card.
Note
If an Unlock buon appears, you need to unlock the memory card rst. See Detect Memory
Card Status for details.
3.
Click Format to inialize the memory card.
When the Status of memory card turns from Uninialized to Normal, the memory card is ready
for use.
4.
Oponal: Encrypt the memory card.
1) Click Encrypted Format.
2) Set the
encrypon password.
3) Click OK.
When the
Encrypon Status turns to Encrypted, the memory card is ready for use.
Note
Keep your encrypon password properly. Encrypon password cannot be found if forgoen.
5.
Oponal: Dene the Quota of the memory card. Input the percentage for storing dierent
contents according to your needs.
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6.
Click Save.
Set Encrypted Memory Card
Before You Start
Insert an encrypted memory card to the device. For detailed
installaon, refer to Quick Start
Guide of the device.
You need to know the correct encrypon password of the memory card.
Steps
1.
Go to Conguraon → Storage → Storage Management → HDD Management .
2.
Select the memory card.
Note
If an Unlock buon appears, you need to unlock the memory card rst. See Detect Memory
Card Status for details.
3.
Verify the encrypon password.
1) Click Parity.
2) Enter the
encrypon password.
3) Click OK.
When the
Encrypon Status turns to Encrypted, the memory card is ready for use.
Note
If the encrypon password is forgoen and you sll want to use this memory card, see Set New
or Unencrypted Memory Card to format and set the memory card. All exisng contents will be
removed.
4.
Oponal: Dene the Quota of the memory card. Input the percentage for storing dierent
contents according to your needs.
5.
Click Save.
Detect Memory Card Status
The device detects the status of Hikvision memory card. You receive nocaons when your
memory card is detected abnormal.
Before You Start
The
conguraon page only appears when a Hikvision memory card is installed to the device.
Steps
1.
Go to Conguraon → Storage → Storage Management → Memory Card Detecon .
2.
Click Status Detecon to check the Remaining Lifespan and Health Status of your memory card.
Remaining Lifespan
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It shows the percentage of the remaining lifespan. The lifespan of a memory card may be
inuenced by factors such as its capacity and the bitrate. You need to change the memory
card if the remaining lifespan is not enough.
Health Status
It shows the condion of your memory card. You will receive a nocaon if the health status
is anything other than good when the Arming Schedule and Linkage Method are set.
Note
It is recommended that you change the memory card when the health status is not "good".
3.
Click R/W Lock to set the permission of reading and wring to the memory card.
-
Add a Lock
a. Select the Lock Switch as ON.
b. Enter the password.
c. Click Save
-
Unlock
If you use the memory card on the device that locks it, unlocking will be done automacally
and no unlocking procedures are required on the part of users.
If you use the memory card (with a lock) on a
dierent device, you can go to HDD
Management to unlock the memory card manually. Select the memory card, and click
Unlock. Enter the correct password to unlock it.
-
Remove the Lock
a. Select the Lock Switch as OFF.
b. Enter the password in Password
Sengs.
c. Click Save.
Note
Only admin user can set the R/W Lock.
The memory card can only be read and wrien when it is unlocked.
If the device, which adds a lock to a memory card, is restored to the factory sengs, you can
go to HDD Management to unlock the memory card.
4.
Set Arming Schedule and Linkage Method. See Set Arming Schedule and Linkage Method
Sengs for details.
5.
Click Save.
5.1.2 Set FTP
You can
congure the FTP server to save images which are captured by events or a med snapshot
task.
Before You Start
Get the FTP server address
rst.
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Steps
1.
Go to Conguraon → Event → Alarm Seng → FTP .
2.
Congure FTP sengs.
FTP Protocol
FTP and SFTP are selectable. The
les uploading is encrypted by using SFTP protocol.
Server IP Address and Port No.
The FTP server address and corresponding port.
User Name and Password
The FTP user should have the permission to upload pictures.
If the FTP server supports picture uploading by anonymous users, you can check Anonymous
Login to hide your device
informaon during uploading.
Note
Anonymous login is not supported when SFTP protocol is selected.
Directory Structure
The saving path of snapshots in the FTP server.
3.
Oponal: Check Upload Picture to enable uploading snapshots to the FTP server.
Picture Filing Interval
For beer picture management, you can set the picture ling interval from 1 day to 30 days.
Pictures captured in the same
me interval will be saved in one folder named aer the
beginning date and ending date of the me interval.
Picture Name
Set the naming rule for captured pictures. You can choose Default in the drop-down list to
use the default rule, that is, IP address_channel number_capture
me_event type.jpg (e.g.,
10.11.37.189_01_20150917094425492_FACE_DETECTION.jpg). Or you can customize it by
adding a Custom
Prex to the default naming rule.
4.
Oponal: Check Enable Automac Network Replenishment.
Note
Upload to FTP/Memory Card/NAS in Linkage Method and Enable Automac Network
Replenishment should be both enabled simultaneously.
5.
Click Test to verify the FTP server.
6.
Click Save.
5.1.3 Set NAS
Take network server as network disk to store the record les, captured images, etc.
Before You Start
Get the IP address of the network disk rst.
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Steps
1.
Go to NAS seng page: Conguraon → Storage → Storage Management → Net HDD .
2.
Click Add.
3.
Set
Mounng Type.
Mounng Type
Select
le system protocol according to the operaon system.
Enter user name and password of the net HDD to guarantee the security if SMB/CIFS is
selected.
4.
Set the Server Address and File Path for the disk.
Server Address
The IP address of the network disk.
File Path
The saving path of network disk
les.
5.
Click Test to check whether the network disk is available.
6.
Click OK to nish the steps to add a Net HDD.
7.
Oponal: Congure the Net HDD.
Edit Click to edit the parameter seng.
Delete Delete the Net HDD.
Click .
Select the Net HDD, click Delete.
8.
Click Save.
5.1.4 eMMC
Protecon
It is to automacally stop the use of eMMC as a storage media when its health status is poor.
Note
The eMMC protecon is only supported by certain device models with an eMMC hardware.
Go to Conguraon → System → System Sengs → System Service for the sengs.
eMMC, short for embedded mulmedia card, is an embedded non-volale memory system. It is
able to store the captured images or videos of the device.
The device monitors the eMMC health status and turns
o the eMMC when its status is poor.
Otherwise, using a worn-out eMMC may lead to device boot failure.
5.1.5 Set Cloud Storage
It helps to upload the captured pictures and data to the cloud. The plaorm requests picture
directly from the cloud for picture and analysis. The
funcon is only supported by certain models.
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Steps
Cauon
If the cloud storage is enabled, the pictures are stored in the cloud video manager rstly.
1.
Go to Conguraon → Storage → Storage Management → Cloud Storage .
2.
Check Enable.
3.
Set basic parameters.
Protocol Version The protocol version of the cloud video manager.
Server IP The IP address of the cloud video manager. It supports IPv4 address.
Serve Port The port of the cloud video manager. You are recommended to use the
default port.
AccessKey The key to log in to the cloud video manager.
SecretKey The key to encrypt the data stored in the cloud video manager.
User Name and
Password
The user name and password of the cloud video manager.
Picture Storage
Pool ID
The ID of the picture storage region in the cloud video manager. Make
sure storage pool ID and the storage region ID are the same.
4.
Click Test to test the congured sengs.
5.
Click Save.
5.2 Video Recording
This part introduces the operaons of manual and scheduled recording, playback, and
downloading recorded les.
5.2.1 Record
Automacally
This funcon can record video automacally during congured me periods.
Before You Start
Select Trigger Recording in event sengs for each record type except Connuous. See Event and
Alarm for details.
Steps
1.
Go to
Conguraon → Storage → Schedule Sengs → Record Schedule .
2.
Check Enable.
3.
Select a record type.
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Note
The record type is vary according to dierent models.
Connuous
The video will be recorded connuously according to the schedule.
Moon
When moon detecon is enabled and trigger recording is selected as linkage method, object
movement is recorded.
Alarm
When alarm input is enabled and trigger recording is selected as linkage method, the video is
recorded
aer receiving alarm signal from external alarm input device.
Moon | Alarm
Video is recorded when moon is detected or alarm signal is received from the external
alarm input device.
Moon & Alarm
Video is recorded only when moon is detected and alarm signal is received from the
external alarm input device.
Event
The video is recorded when congured event is detected.
4.
Set schedule for the selected record type. Refer to
Set Arming Schedule for the seng
operaon.
5.
Set the advanced recording parameters.
Overwrite
Enable Overwrite to overwrite the video records when the storage space is full. Otherwise
the camera cannot record new videos.
Pre-record
The
me period you set to record before the scheduled me.
Post-record
The me period you set to stop recording aer the scheduled me.
Stream Type
Select the stream type for recording.
Note
When you select the stream type with higher bitrate, the actual me of the pre-record and
post-record may be less than the set value.
Recording Expiraon
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The recordings are deleted when they exceed the expired me. The expired me is
congurable. Note that once the recordings are deleted, they can not be recovered.
6.
Click Save.
5.2.2 Record Manually
Steps
1.
Go to Conguraon → Local .
2.
Set the Video Size and Video Saving Path for recorded video les.
3.
Click Save.
4.
Click in the live view interface to start recording. Click to stop recording.
What to do next
View the recorded video
les.
Go to Conguraon → Local and click Open behind Video Saving Path to open the saving path and
view the les.
5.2.3 Playback and Download Video
You can search, playback, clip and download the videos stored in the local storage or network
storage.
Steps
1.
Go to Playback → Video .
2.
Set search
condion and click Search.
The matched video les showed on the ming bar.
3.
Click to play the video les.
-
Click to play video les in full screen. Press ESC to exit full screen.
-
Click
to stop video playback for all channels.
4.
Oponal: Click to clip video les. Click again to stop clipping video les
Note
Go to Conguraon → Local → Clip Saving Path , view and change the saving path of clipped
video les.
5.
Oponal: Click on the playback interface to download les.
Note
Go to Conguraon → Local → Downloaded File Saving Path , view and change the saving path
of downloaded video les.
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5.3 Capture Conguraon
The device can capture the pictures manually or automacally and save them in congured saving
path. You can view and download the snapshots.
5.3.1 Capture Automacally
This funcon can capture pictures automacally during congured me periods.
Before You Start
If event-triggered capture is required, you should congure related linkage methods in event
sengs. Refer to Event and Alarm for event sengs.
Steps
1.
Go to Conguraon → Storage → Schedule Sengs → Picture Capture .
2.
Set capture schedule. Refer to
Set Arming Schedule for conguring schedule me.
Figure 5-1 Set Capture Schedule
3.
Set the capture type.
Scheduled
Capture a picture at the congured me interval.
Event-Triggered
Capture a picture when an event is triggered.
4.
Set the Format,
Resoluon, Quality, Interval, and Capture Number.
Note
The resoluon of the captured picture is the same as the resoluon of the captured picture
stream. You can select Stream Type in Advanced.
5.
Click Save.
5.3.2 Capture Manually
Steps
1.
Go to
Conguraon → Local .
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2.
Set the Image Format and saving path to for snapshots.
JPEG
The picture size of this format is comparavely small, which is beer for network
transmission.
BMP
The picture is compressed with good quality.
3.
Click Save.
4.
Click
near the live view or play back window to capture a picture manually.
5.3.3 View and Download Picture
You can search, view and download the pictures stored in the local storage or network storage.
Steps
1.
Go to Playback → Picture .
2.
Set search
condion and click Search.
The matched pictures showed in the le list.
3.
Download the pictures.
-
Select the pictures then click Download to download them.
-
Click Download This Page to download the pictures of this page.
-
Click Download All to download all the pictures.
Note
Go to Conguraon → Local → Playback Capture Saving Path , view and change the saving path
of captured pictures when playback.
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Chapter 6 Event and Alarm
This part introduces the conguraon of events. The device takes certain response to triggered
alarm. Certain events may not be supported by certain device models.
6.1 Set Moon Detecon
It helps to detect the moving objects in the detecon region and trigger the linkage acons.
Steps
1.
Go to Conguraon → Event → Event and Detecon Moon Detecon .
2.
Check Enable.
3.
Oponal: Highlight to display the moving object in the image in green.
1) Check Enable Dynamic Analysis for Moon.
2) Go to
Conguraon → Local .
3) Set Rules to Enable.
4.
Select mode in
Conguraon, and set rule region and rule parameters.
-
For the
informaon about normal mode, see Normal Mode .
-
For the
informaon about expert mode, see Expert Mode .
5.
Set the arming schedule and linkage methods. For the
informaon about arming schedule
sengs, see Set Arming Schedule . For the informaon about linkage methods, see Linkage
Method Sengs .
6.
Click Save.
6.1.1 Expert Mode
You can congure dierent moon detecon parameters for day and night according to the actual
needs.
Steps
1.
Select Expert Mode in Conguraon.
2.
Set parameters of expert mode.
Scheduled Image
Sengs
OFF
Image switch is disabled.
Auto-Switch
The system switches day/night mode automacally according to environment. It displays
colored image at day and black and white image at night.
Scheduled-Switch
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The system switches day/night mode according to the schedule. It switches to day mode
during the set periods and switches to night mode during the other periods.
Sensivity
The higher the value of sensivity is, the more sensive the moon detecon is. If scheduled
image sengs is enabled, the sensivity of day and night can be set separately.
3.
Select an Area and click . Click and drag the mouse on the live image and then release the
mouse to
nish drawing one area.
Figure 6-1 Set Rules
4.
Click to clear all the areas.
5.
Click Save.
6.
Oponal: Repeat above steps to set mulple areas.
6.1.2 Normal Mode
You can set moon detecon parameters according to the device default parameters.
Steps
1.
Select Normal Mode in Conguraon.
2.
Set the Sensivity of normal mode. The higher the value of sensivity is, the more sensive the
moon detecon is. If the sensivity is set to 0, moon detecon and dynamic analysis do not
take eect.
3.
Set Detecon Target. Human and vehicle are available. If the detecon target is not selected, all
the detected targets will be reported, including the human and vehicle. This
funcon allows
alarm triggering by specied target types (human and vehicle).
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Note
This funcon is only available for certain device models under certain sengs. Please refer to
the actual sengs.
4.
Click . Click and drag the mouse on the live image, and then right click the mouse to nish
drawing one area.
5.
Oponal: Click to clear all the areas.
6.
Oponal: You can set the parameters of mulple areas by repeang the above steps.
6.2 Set Video Tampering Alarm
When the
congured area is covered and cannot be monitored normally, the alarm is triggered and
the device takes certain alarm response
acons.
Steps
1.
Go to Conguraon → Event → Event and Detecon → Video Tampering .
2.
Check Enable.
3.
Set the
Sensivity. The higher the value is, the easier to detect the area covering.
4.
Click and drag the mouse in the live view to draw the area.
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Figure 6-2 Set Video Tampering Area
5.
Oponal: Click to delete all the drawn areas.
6.
Refer to Set Arming Schedule for seng scheduled me. Refer to Linkage Method Sengs for
seng linkage method.
7.
Click Save.
6.3 Set Alarm Input
Alarm signal from the external device triggers the corresponding acons of the current device.
Before You Start
Note
This funcon is only supported by certain models.
Make sure the external alarm device is connected. See Quick Start Guide for cable connecon.
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Steps
1.
Go to Conguraon → Event → Event and Detecon → Alarm Input .
2.
Select an Alarm Input NO. and click to set alarm input.
3.
Select Alarm Type from the dropdown list. Edit the Alarm Name.
4.
Check Enable Alarm Input Handling.
5.
Refer to
Set Arming Schedule for seng scheduled me. Refer to Linkage Method Sengs for
seng linkage method.
6.
Click Copy to... to copy the sengs to other alarm input channels.
7.
Click Save.
6.4 Set Excepon Alarm
Excepon such as network disconnecon can trigger the device to take corresponding acon.
Steps
1.
Go to Conguraon → Event → Event and Detecon Excepon .
2.
Select
Excepon Type.
HDD Full
The HDD storage is full.
HDD Error
Error occurs in HDD.
Network Disconnected
The device is oine.
IP Address Conicted
The IP address of current device is same as that of other device in the network.
Illegal Login
Incorrect user name or password is entered.
Abnormal Restart
The device restarts abnormally.
3.
Refer to
Linkage Method Sengs for seng linkage method.
4.
Click Save.
6.5 Set Video Quality Diagnosis
When the video quality of the device is abnormal and the alarm linkage is set, the alarm will be
triggered automacally.
Steps
1.
Go to Conguraon → Event → Event and Detecon → Video Quality Diagnosis .
2.
Select Diagnosis Type.
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3.
Set the corresponding parameters.
Alarm Detecon Interval
The me interval to detect the excepon.
Sensivity
The higher the value is, the more easily the excepon will be detected, and the higher
possibility of misinformaon would be.
Alarm Delay Times
The device uploads the alarm when the alarm reaches the set number of
mes.
4.
Check the selected diagnosis type, and the related type will be detected.
5.
Set arming schedule. See
Set Arming Schedule .
6.
Set linkage method. See Linkage Method Sengs .
7.
Click Save.
Note
The funcon is only supported by certain models. The actual display varies with models.
6.6 Set Vibraon Detecon
It is used to detect whether the device is vibrang. The device reports an alarm and triggers linkage
acons if the funcon is enabled.
Steps
1.
Go to Conguraon → Event → Event and Detecon Vibraon Detecon .
2.
Check Enable.
3.
Drag the slider to set the
detecon sensivity. You can also enter number to set the sensivity.
4.
Set the arming schedule. See Set Arming Schedule .
5.
Set the linkage method. See
Linkage Method Sengs .
6.
Click Save.
Note
The funcon is only supported by certain models. The actual display varies with models.
6.7 Set Audio Excepon Detecon
Audio excepon detecon funcon detects the abnormal sound in the scene, such as the sudden
increase/decrease of the sound intensity, and some certain acons can be taken as response.
Steps
1.
Go to Conguraon → Event → Event and Detecon → Audio Excepon Detecon .
2.
Select one or several audio
excepon detecon types.
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Audio Loss Detecon
Detect sudden loss of audio track.
Sudden Increase of Sound Intensity Detecon
Detect sudden increase of sound intensity. Sensivity and Sound Intensity Threshold are
congurable.
Note
The lower the sensivity is, the more signicant the change should be to trigger the
detecon.
The sound intensity threshold refers to the sound intensity reference for the detecon. It is
recommended to set as the average sound intensity in the environment. The louder the
environment sound, the higher the value should be. You can adjust it according to the real
environment.
Sudden Decrease of Sound Intensity Detecon
Detect sudden decrease of sound intensity. Sensivity is congurable.
3.
Refer to Set Arming Schedule for seng scheduled me. Refer to Linkage Method Sengs for
seng linkage methods.
4.
Click Save.
Note
The funcon is only supported by certain models. The actual funcon varies according to
dierent models.
6.8 Set Defocus Detecon
The blurred image caused by lens defocus can be detected. If it occurs, the device can take linkage
acons.
Steps
1.
Go to
Conguraon → Event → Event and Detecon → Defocus Detecon .
2.
Check Enable.
3.
Set
Sensivity. The higher the value is, the more easily the defocus image can trigger the alarm.
You can adjust the value according to the actual environment.
4.
For the linkage method sengs, refer to Linkage Method Sengs .
5.
Click Save.
Note
The funcon is only supported by certain models. The actual display varies with models.
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6.9 Set Scene Change Detecon
Scene change detecon funcon detects the change of the scene. Some certain acons can be
taken when the alarm is triggered.
Steps
1.
Go to Conguraon → Event → Event and Detecon → Scene Change Detecon .
2.
Click Enable.
3.
Set the
Sensivity. The higher the value is, the more easily the change of scene can be detected.
But the detecon accuracy is reduced.
4.
Refer to
Set Arming Schedule for seng scheduled me. Refer to Linkage Method Sengs for
seng linkage method.
5.
Click Save.
Note
The funcon is only supported by certain models. The actual display varies with models.
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Chapter 7 Arming Schedule and Alarm Linkage
Arming schedule is a customized me period in which the device performs certain tasks. Alarm
linkage is the response to the detected certain incident or target during the scheduled
me.
7.1 Set Arming Schedule
Set the valid
me of the device tasks.
Steps
1.
Oponal: Click Arming Schedule and Linkage Method in the related event interface.
2.
Click Edit behind Arming Schedule.
3.
Click Draw, and drag the
me bar to draw desired valid me.
Note
Each cell represents 30 minutes.
Move the mouse over the drawn me period to see specic me periods and ne-tune the
start me and end me.
Up to 8 periods can be
congured for one day.
4.
Click Erase, and drag the me bar to clear selected valid me.
5.
Click OK to save the sengs.
Figure 7-1 Set Arming Schedule
7.2 Linkage Method
Sengs
You can enable the linkage funcons when an event or alarm occurs.
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7.2.1 Trigger Alarm Output
If the device has been connected to an alarm output device, and the alarm output No. has been
congured, the device sends alarm informaon to the connected alarm output device when an
alarm is triggered.
Steps
1.
Go to Conguraon → Event → Alarm Seng → Alarm Output .
2.
Set alarm output parameters.
Automac Alarm For the informaon about the conguraon, see Automac Alarm .
Manual Alarm For the informaon about the conguraon, see Manual Alarm .
Manual Alarm
You can trigger an alarm output manually.
Before You Start
Make sure the alarm output device is connected to the device.
Steps
1.
Select the Alarm Output No. according to the alarm interface connected to the external alarm
device. Click
to set alarm parameters.
Alarm Name
Custom a name for the alarm output.
2.
Click Manual Alarm to enable manual alarm output.
3.
Oponal: Click Clear Alarm to disable manual alarm output.
Automac
Alarm
Set the automac alarm parameters, then the device triggers an alarm output automacally in the
set arming schedule.
Before You Start
Make sure the alarm output device is connected to the device.
Steps
1.
Select the Alarm Output No. according to the alarm interface connected to the external alarm
device. Click
to set alarm parameters.
Alarm Name
Custom a name for the alarm output.
Delay
It refers to the me duraon that the alarm output remains aer an alarm occurs.
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2.
Set the alarming schedule. For the informaon about the sengs, see Set Arming Schedule .
3.
Oponal: Click Copy to… to copy the parameters to other alarm output channels.
4.
Click Save.
7.2.2 FTP/NAS/Memory Card Uploading
If you have enabled and congured the FTP/NAS/memory card uploading, the device sends the
alarm informaon to the FTP server, network aached storage and memory card when an alarm is
triggered.
Refer to
Set FTP to set the FTP server.
Refer to Set NAS for NAS conguraon.
Refer to Set New or Unencrypted Memory Card for memory card storage conguraon.
7.2.3 Send Email
Check Send Email, and the device sends an email to the designated addresses with alarm
informaon when an alarm event is detected.
For email sengs, refer to Set Email .
Set Email
When the email is congured and Send Email is enabled as a linkage method, the device sends an
email nocaon to all designated recipients if an alarm event is detected.
Before You Start
Set the DNS server before using the Email funcon. Go to Conguraon → Network → Network
Sengs → TCP/IP for DNS sengs.
Steps
1.
Go to email
sengs page: Conguraon → Event → Alarm Seng → Email .
2.
Set email parameters.
1) Input the sender's email
informaon, including the Sender's Address, SMTP Server, and
SMTP Port.
2)
Oponal: If your email server requires authencaon, check Authencaon and input your
user name and password to log in to the server.
3) Set the E-mail Encrypon.
When you select TLS, and disable STARTTLS, emails are sent
aer encrypted by TLS. The
SMTP port should be set as 465.
When you select TLS and check Enable STARTTLS, emails are sent
aer encrypted by
STARTTLS, and the SMTP Port should be set as 25.
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Note
If you want to use STARTTLS, make sure that the protocol is supported by your email server.
If you check the Enable STARTTLS while the protocol is not supported by your email sever,
your email is sent with no encr ypon.
4) Oponal: If you want to receive nocaon with alarm pictures, check Aached Picture. The
nocaon email has a certain number of aached alarm pictures about the event with
congurable image capturing interval.
Note
The number of alarm pictures may vary according to dierent device models and dierent
events.
5) Input the recipient's informaon, including the recipient's name and address.
6) Click Test to see if the
funcon is well congured.
3.
Click Save.
7.2.4
Nofy Surveillance Center
Check Nofy Surveillance Center, the alarm informaon is uploaded to the surveillance center
when an alarm event is detected.
7.2.5 Trigger Recording
Check Trigger Recording, and the device records the video about the detected alarm event.
For recording sengs, refer to Video Recording and Picture Capture .
7.2.6 Audible Warning
Aer enabling Audible Warning and seng Audible Alarm Output, the built-in speaker of the
device or connected external speaker plays warning sounds when an alarm happens.
For audible alarm output
sengs, refer to Set Audible Alarm Output .
Note
The funcon is only supported by certain camera models.
Set Audible Alarm Output
When the device detects targets in the detecon area, audible alarm can be triggered as a
warning.
Steps
1.
Go to
Conguraon → Event → Alarm Seng → Audible Alarm Output .
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2.
Select Sound Type and set related parameters.
-
Select Prompt and set the alarm mes you need.
-
Select Warning and its contents. Set the alarm mes you need.
-
Select Custom Audio. You can select a custom audio
le from the drop-down list. If no le is
available, you can click Set → Add to upload an audio
le that meets the requirement. Up to
three audio
les can be uploaded.
3.
Oponal: Click Test to play the selected audio le on the device.
4.
Set arming schedule for audible alarm. See Set Arming Schedule for details.
5.
Click Save.
Note
The funcon is only supported by certain device models.
7.2.7 Alarm Server
The device can send alarms to desnaon IP address or host name through HTTP, HTTPS, or ISUP
protocol. The desnaon IP address or host name should support HTTP, HTTP, or ISUP data
transmission.
Set Alarm Server
Steps
1.
Go to
Conguraon → Event → Alarm Seng → Alarm Server .
2.
Enter Desnaon IP or Host Name, URL, and Port.
3.
Select Protocol.
Note
HTTP, HTTPS, and ISUP are selectable. It is recommended to use HTTPS, as it encrypts the data
transmission during communicaon.
4.
Click Test to check if the IP or host is available.
5.
Click Save.
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Chapter 8 Network Sengs
8.1 TCP/IP
TCP/IP sengs must be properly congured before you operate the device over network. IPv4 and
IPv6 are both supported. Both versions can be congured simultaneously without conicng to
each other.
Go to Conguraon → Network → Network Sengs → TCP/IP for parameter sengs.
NIC Type
Select a NIC (Network Interface Card) type according to your network condion.
IPv4
Two IPv4 modes are available.
DHCP
The device
automacally gets the IPv4 parameters from the network if you check DHCP. The
device IP address is changed aer enabling the funcon. You can use SADP to get the device IP
address.
Note
The network that the device is connected to should support DHCP (Dynamic Host
Conguraon Protocol).
Manual
You can set the device IPv4 parameters manually. Input IPv4 Address, IPv4 Subnet Mask, and
IPv4 Default Gateway, and click Test to see if the IP address is available.
IPv6
Three IPv6 modes are available.
Route
Adversement
The IPv6 address is generated by combining the route adversement and the device Mac
address.
Note
Route adversement mode requires the support from the router that the device is connected
to.
DHCP
The IPv6 address is assigned by the server, router, or gateway.
Manual
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Input IPv6 Address, IPv6 Subnet, IPv6 Default Gateway. Consult the network administrator for
required informaon.
MTU
It stands for maximum transmission unit. It is the size of the largest protocol data unit that can
be communicated in a single network layer
transacon.
The valid value range of MTU is 1280 to 1500.
DNS
It stands for domain name server. It is required if you need to visit the device with domain
name. And it is also required for some
applicaons (e.g., sending email). Set Preferred DNS
Server and Alternate DNS server properly if needed.
Domain Name Sengs
Check Enable Dynamic Domain Name and input Register Domain Name. The device is
registered under the register domain name for easier management within the local area
network.
Note
DHCP should be enabled for the dynamic domain name to take eect.
8.2 Access to Device via Domain Name
You can use the Dynamic DNS (DDNS) for network access. The dynamic IP address of the device can
be mapped to a domain name resoluon server to realize the network access via domain name.
Before You Start
Registraon on the DDNS server is required before conguring the DDNS sengs of the device.
Steps
1.
Refer to TCP/IP to set DNS parameters.
2.
Go to the DDNS
sengs page: Conguraon → Network → Network Sengs → DDNS .
3.
Check Enable and select DDNS Type.
DynDNS
Dynamic DNS server is used for domain name
resoluon.
NO-IP
NO-IP server is used for domain name resoluon.
4.
Input the domain name informaon, and click Save.
5.
Check the device ports and complete port mapping. Refer to
Port Mapping for port mapping
sengs.
6.
Access the device.
By Browsers
Enter the domain name in the browser address bar to access the device.
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By Client Soware Add domain name to the client soware. Refer to the client manual for
specic adding methods.
8.3 Access to Device via PPPoE Dial Up Connecon
This device supports the PPPoE auto dial-up funcon. The device gets a public IP address by ADSL
dial-up
aer the device is connected to a modem. You need to congure the PPPoE parameters of
the device.
Steps
1.
Go to
Conguraon → Network → Network Sengs → PPPoE .
2.
Check Enable.
3.
Set the PPPoE parameters.
Dynamic IP
Aer successful dial-up, the dynamic IP address of the WAN is displayed.
User Name
User name for dial-up network access.
Password
Password for dial-up network access.
Conrm
Input your dial-up password again.
4.
Click Save.
5.
Access the device.
By Browsers
Enter the WAN dynamic IP address in the browser address bar to access
the device.
By Client Soware Add the WAN dynamic IP address to the client soware. Refer to the
client manual for details.
Note
The obtained IP address is dynamically assigned via PPPoE, so the IP address always changes
aer reboong the camera. To solve the inconvenience of the dynamic IP, you need to get a
domain name from the DDNS provider (e.g. DynDns.com). Refer to Access to Device via Domain
Name for detail informaon.
8.4 SNMP
You can set the SNMP (Simple Network Management Protocol) to get device informaon in
network management.
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Before You Start
Before seng the SNMP, you should download the SNMP soware and manage to receive the
device informaon via SNMP port.
Steps
1.
Go to
Conguraon → Network → Network Sengs → SNMP .
2.
Check Enable SNMPv1, Enable SNMP v2c or Enable SNMPv3.
Note
The SNMP version you select should be the same as that of the SNMP soware.
And you also need to use the dierent version according to the security level required. SNMP v1
is not secure and SNMP v2 requires password for access. And SNMP v3 provides encrypon and
if you use the third version, HTTPS protocol must be enabled.
3.
Congure the SNMP sengs.
4.
Click Save.
8.5 Set IEEE 802.1X
You can authencate user permission of the connected device by seng IEEE 802.1X.
Go to
Conguraon → Network → Network Sengs → 802.1X , and enable the funcon.
Select protocol and version according to router informaon. User name and password of server are
required.
Note
If you set the Protocol to EAP-TLS, select the Client Cercate and CA Cercate.
If the funcon is abnormal, check if the selected cercate is abnormal in Cercate
Management.
8.6 Set QoS
QoS (Quality of Service) can help improve the network delay and network congeson by seng
the priority of data sending.
Note
QoS needs support from network device such as router and switch.
Steps
1.
Go to
Conguraon → Network → Network Sengs → QoS .
2.
Set Video/Audio DSCP, Event/Alarm DSCP and Management DSCP.
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Note
Network can idenfy the priority of data transmission. The bigger the DSCP value is, the higher
the priority is. You need to set the same value in router while conguraon.
3.
Click Save.
8.7 HTTP(S)
HTTP is an applicaon-layer protocol for transming hypermedia documents. HTTPS is a network
protocol that enables encrypted transmission and identy authencaon, which improves the
security of remote access.
Steps
1.
Go to
Conguraon → Network → Network Service → HTTP(S) .
2.
Enter HTTP Port.
Note
It refers to the port through which the browser accesses the device. For example, when the
HTTP Port is modied to 81, you need to enter hp://192.168.1.64:81 in the browser for login.
3.
Check Enable in HTTPS.
Note
You can click TLS Sengs to set the TLS version that the device supports. Refer to for details.
4.
Enter HTTPS Port.
5.
Oponal: Check HTTPS Browsing to access the device only via HTTPS protocol.
6.
Select Server Cercate.
7.
Set Web
Authencaon.
Authencaon
Digest and digest/basic are supported, which means authencaon informaon is needed
when WEB request is sent to the device. If you select digest/basic, it means the device
supports digest or basic
authencaon. If you select digest, the device only supports digest
authencaon.
Digest Algorithm
MD5, SHA256 and MD5/SHA256 encrypted algorithm in WEB authencaon. If you enable
the digest algorithm except for MD5, the third-party plaorm might not be able to log in to
the device or enable live view because of
compability. The encrypted algorithm with high
strength is recommended.
8.
Click Save.
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8.8 Mulcast
Mulcast is group communicaon where data transmission is addressed to a group of desnaon
devices simultaneously.
Go to Conguraon → Network → Network Service Mulcast for the mulcast sengs.
IP Address
It stands for the address of mulcast host.
8.8.1 Mulcast Discovery
Go to Conguraon → Network → Network Sengs → TCP/IP to enable this funcon.
Check the Enable Mulcast Discovery, and then the online network camera can be automacally
detected by client soware via private mulcast protocol in the LAN.
8.9 RTSP
RTSP (Real Time Streaming Protocol) is an applicaon-layer controlling protocol for streaming
media.
Steps
1.
Go to
Conguraon → Network → Network Service → RTSP .
2.
Enter Port.
3.
Set
Mulcast parameters.
Stream Type
The stream type as the mulcast source.
Video Port
The video port of the selected stream.
Audio Port
The audio port of the selected stream.
4.
Set RTSP
Authencaon.
Authencaon
Digest and digest/basic are supported, which means authencaon informaon is needed
when RTSP request is sent to the device. If you select digest/basic, it means the device
supports digest or basic authencaon. If you select digest, the device only supports digest
authencaon.
Digest Algorithm
MD5, SHA256 and MD5/SHA256 encrypted algorithm in RTSP authencaon. If you enable
the digest algorithm except for MD5, the third-party plaorm might not be able to log in to
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the device or enable live view because of compability. The encrypted algorithm with high
strength is recommended.
5.
Click Save.
8.10 Set SRTP
The Secure Real-me Transport Protocol (SRTP) is a Real-me Transport Protocol (RTP) internet
protocol, intended to provide encrypon, message authencaon and integrity, and replay aack
protecon
to the RTP data in both unicast and mulcast applicaons.
Steps
1.
Go to Conguraon → Network → Network Service → SRTP .
2.
Enter the Port number.
3.
Set
Mulcast parameters.
Stream Type
The stream type as the mulcast source.
Video Port
The video port of the selected stream.
Audio Port
The audio port of the selected stream.
4.
Select Server Cercate.
5.
Select Encrypted Algorithm.
6.
Click Save.
Note
Only certain device models support this funcon.
If the funcon is abnormal, check if the selected cercate is abnormal in Cercate
Management .
8.11 Bonjour
It is an implementaon of zero-conguraon networking (zeroconf), a group of technologies that
includes service discovery, address assignment, and hostname resoluon. Bonjour locates devices
such as printers, other computers, and the services that those devices
oer on a local network
using mulcast Domain Name System (mDNS) service records.
Go to
Conguraon → Network → Network Service → Bonjour to enable the funcon, and click
Save.
Aer enabling the funcon, the device spread and receive service informaon in local area
network.
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8.12 WebSocket(s)
WebSocket or WebSockets protocol should be enabled if you use Google Chrome 57 and its above
version or Mozilla Firefox 52 and its above version to visit the device. Otherwise, live view, image
capture, digital zoom, etc. cannot be used.
Go to
Conguraon → Network → Network Service → WebSocket(s) to set parameters, and click
Save.
WebSocket
TCP-based full-duplex communicaon protocol port for plug-in free preview via HTTP protocol.
WebSockets
TCP-based full-duplex communicaon protocol port for plug-in free preview via HTTPS protocol.
8.13 Port Mapping
By seng port mapping, you can access devices through the specied port.
Steps
1.
Go to
Conguraon → Network → Network Service → NAT .
2.
Select the port mapping mode.
Auto Port Mapping
Refer to Set Auto Port Mapping for detailed informaon.
Manual Port Mapping Refer to Set Manual Port Mapping for detailed informaon.
3.
Click Save.
8.13.1 Set Auto Port Mapping
Steps
1.
Check Enable UPnP™, and choose a friendly name for the camera, or you can use the default
name.
2.
Select the port mapping mode to Auto.
3.
Click Save.
Note
UPnP™ funcon on the router should be enabled at the same me.
8.13.2 Set Manual Port Mapping
Steps
1.
Check Enable UPnP™, and choose a friendly name for the device, or you can use the default
name.
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2.
Select the port mapping mode to Manual, and set the external port to be the same as the
internal port.
3.
Click Save.
What to do next
Go to the router port mapping
sengs interface and set the port number and IP address to be the
same as those on the device. For more informaon, refer to the router user manual.
8.13.3 Set Port Mapping on Router
The following
sengs are for a certain router. The sengs vary depending on dierent models of
routers.
Steps
1.
Select the WAN
Connecon Type.
2.
Set the IP Address, Subnet Mask and other network parameters of the router.
3.
Go to Forwarding → Virtual Severs , and input the Port Number and IP Address.
4.
Click Save.
Example
When the cameras are connected to the same router, you can
congure the ports of a camera as
80, 8000, and 554 with IP address 192.168.1.23, and the ports of another camera as 81, 8001, 555,
8201 with IP 192.168.1.24.
Figure 8-1 Port Mapping on Router
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Note
The port of the network camera cannot conict with other ports. For example, some web
management port of the router is 80. Change the camera port if it is the same as the management
port.
8.14 RTCP
The device relies on RTCP (Real-me Transport Control Protocol) to deliver packets sequenally to
provide a reliable delivery mechanism and to provide services for
ow control or congeson
control.
Go to Conguraon → Network → Network Service → RTCP and check Enable to enable the
funcon.
8.15 Wireless Dial
Data of audio, video and image can be transferred via 3G/4G wireless network.
Note
The funcon is only supported by certain device models.
8.15.1 Set Wireless Dial
The built-in wireless module oers dial-up access to the Internet for the device.
Before You Start
Get a SIM card, and acvate 3G/4G services. Insert the SIM card to the corresponding slot.
Steps
1.
Go to Conguraon → Network → Network Sengs → Wireless Dial .
2.
Check to enable the funcon.
3.
Go to Dial Parameters to congure and save the parameters.
4.
Click Sengs behind Dial Plan. See Set Arming Schedule for detailed informaon.
5.
View the Dial Status.
Click Refresh
Refresh the dial status.
Click Disconnect Disconnect the 3G/4G wireless network.
When the Dial Status turns to Connected, it means a successful dial.
6.
Access the device via the IP Address of the computer in the network.
-
Input the IP address in the browser to access the device.
-
Add the device in client
applicaon. Select IP/Domain, and input IP address and other
parameters to access the device.
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7.
Oponal: You can view 4G SIM card informaon and network carrier informaon.
Note
For certain device models working on Performance Mode or Proacve Mode, the wireless
mode can be upgraded. If necessary, please upgrade the wireless mode under the guidance of a
professional.
8.
Oponal: Click Re-Camp to reconnect the device to wireless network manually. The device will
maintain airplane mode for 10 seconds and then connects to network automacally.
9.
Oponal: Check Enable to enable Auto Re-Camp, and then set the Re-Camp Interval. The device
will reconnect to the wireless network at set Re-Camp Interval
automacally.
Note
The funcon may vary according to dierent device models.
8.15.2 Wireless Expert Sengs
Wireless expert sengs provide more details of the 3G/4G wireless network to which the device
connects and help the professionals troubleshoot potenal network issues.
Cell Radio Frequency Parameters
Cell radio frequency parameters provides the current wireless network informaon to which the
device is connected.
Go to Conguraon → Network → Network Sengs → Wireless Dial → Expert Sengs to view
cell radio frequency parameters.
Network Info
It displays the current cellular network
informaon. You can click Refresh to view the frequency
informaon of dierent cells.
Radio Frequency Fluctuaon
It records the uctuaon of the cellular network to which the device has connected during the
past 7 days. Click Export Report and set and conrm the encrypon password to export the
uctuaon report.
Lock Band
You can lock a set of bands that get the device faster data rates to improve the network speed.
Steps
1.
Go to Conguraon → Network → Network Sengs → Wireless Dial → Expert Sengs → Lock
Band .
2.
Check Enable.
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3.
Click Add and enter the band.
Note
The band you enter should be B + number or N + number. For example, you can enter B1 or
N1.
Up to ve bands are supported.
4.
Oponal: Click to delete the selected band. You can also click Clear All to clear the list.
Capture Baseband Packet
This funcon can capture the protocol interacon packet to help the professionals to locate the
communicaon failures between 4G module and the base staon.
Steps
Note
This funcon is reserved for the professionals and technical support sta.
1.
Go to Conguraon → Network → Network Sengs → Wireless Dial → Expert Sengs .
2.
Click Conguraon behind Capture Baseband Packet to enter the seng interface.
3.
Check Enable to enable this
funcon.
4.
Set capture duraon and the saving path. The saving path depends on the actual storage
method of the device. You can click Delete Captured Packet Under This Path to delete the
captured packet.
5.
Click Save.
6.
Click Start Capturing Packet to capture the baseband packet.
7.
Oponal: Click Stop Capturing to stop the capturing process.
8.
Aer the capturing is completed, click Export Captured Packet to save the report.
Speed Test
Steps
1.
Go to Conguraon → Network → Network Sengs → Wireless Dial → Expert Sengs .
2.
Click Conguraon behind Speed Test to enter the seng interface.
3.
Select the default server or enter the server address. You can follow the steps below to get the
nearby server address.
Note
You can follow the steps below to get the nearby server address.
a. Visit this website to get the nearby server address: hps://www.speedtest.net/speedtest-
servers-stac.php .
b. Select and copy the URL of the nearby speed test
staon and paste it in Server Address.
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4.
Click Speed Test to start the test.
You can view the speed details aer the test is completed. You can also click Export Speed Test
Result.
8.16 Trac Shaping
Trac shaping is used to shape and smooth video data packet before transmission.
It helps to improve latency and reduce packet loss caused by network congeson and ensure the
video quality as well. Shaping level is
congurable.
8.17 Data Monitoring
You can view and manage the SIM card data or wired network data used by the device. SIM card
data is the data service provided by network carriers; wired network data is usually provided
through a 4G router.
Steps
1.
Go to
Conguraon → Network → Network Sengs → Data Monitoring .
2.
Check Enable.
3.
Set the following parameters according to your data plan.
Plan Type
Daily, Monthly, or Annually can be selected.
Data Plan
Enter the amount of usable data and select the unit.
Pre-Alarm Threshold
When the used data reaches the set percentage of data plan, the device sends an alarm
message, and shows
nocaon on the OSD or pop-up window.
4.
Select Normal Linkage.
If Send Email or Nofy Surveillance Center is selected, the device sends an alarm message by
Email or to surveillance center when the used data reaches the threshold.
5.
Click Save.
Note
The funcon varies with dierent device models.
8.18 Set ISUP
When the device is registered on ISUP plaorm (formerly called Ehome), you can visit and manage
the device, transmit data, and forward alarm informaon over public network.
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Steps
1.
Go to Conguraon → Network Plaorm Access → ISUP .
2.
Oponal: Select an access center.
3.
Check Enable.
4.
Select a protocol version and enter related parameters.
5.
Click Save.
Register status turns to Online when the
funcon is correctly set.
8.19 Set OTAP
The device can be accessed to the maintenance
plaorm via OTAP protocol, in order to search and
acquire device informaon, upload device status and alarm informaon, reboot and update the
device.
Steps
1.
Go to
Conguraon → Network Plaorm Access → OTAP to enable the funcon.
2.
Set related parameters.
3.
Click Test to check if the device connects to server.
4.
Click Save.
Register Status turns to Online when the
funcon is correctly set.
8.20 Access Camera via Hik-Connect
Hik-Connect is an applicaon for mobile devices. Using the App, you can view live image, receive
alarm nocaon and so on.
Before You Start
Connect the camera to network with network cables.
Steps
1.
Get and install Hik-Connect
applicaon by the following ways.
-
Visit
hps://appstore.hikvision.com to download the applicaon according to your mobile
phone system.
-
Visit the ocial site of our company. Then go to Support → Tools → Hikvision App Store .
-
Scan the QR code below to download the
applicaon.
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Note
If errors like "Unknown app" occur during the installaon, solve the problem in two ways.
Visit hps://appstore.hikvision.com/stac/help/index.html to refer to the troubleshoong.
Visit hps://appstore.hikvision.com/ , and click Installaon Help at the upper right corner of
the interface to refer to the
troubleshoong.
2.
Start the applicaon and register for a Hik-Connect user account.
3.
Log in aer registraon.
4.
In the app, tap "+" on the upper-right corner and then scan the QR code of the camera to add
the camera. You can
nd the QR code on the camera or on the cover of the Quick Start Guide of
the camera in the package.
5.
Follow the prompts to set the network connecon and add the camera to your Hik-Connect
account.
For detailed
informaon, refer to the user manual of the Hik-Connect app.
8.20.1 Enable Hik-Connect Service on Camera
Hik-Connect service should be enabled on your camera before using the service.
You can enable the service through SADP soware or Web browser.
Enable Hik-Connect Service via Web Browser
Follow the following steps to enable Hik-Connect Service via Web Browser.
Before You Start
You need to acvate the camera before enabling the service.
Steps
1.
Access the camera via web browser.
2.
Enter
plaorm access conguraon interface. Conguraon → Network Plaorm Access
Hik-Connect .
3.
Check Enable.
4.
Click and read "Terms of Service" and "Privacy Policy" in pop-up window.
5.
Create a
vericaon code or change the old vericaon code for the camera.
Note
The vericaon code is required when you add the camera to Hik-Connect service.
6.
Save the sengs.
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Enable Hik-Connect Service via SADP Soware
This part introduce how to enable Hik-Connect service via SADP soware of an acvated camera.
Steps
1.
Run SADP
soware.
2.
Select a camera and enter Modify Network Parameters page.
3.
Check Enable Hik-Connect.
4.
Create a
vericaon code or change the old vericaon code.
Note
The vericaon code is required when you add the camera to Hik-Connect service.
5.
Click and read "Terms of Service" and "Privacy Policy".
6.
Conrm the sengs.
8.20.2 Set Up Hik-Connect
Steps
1.
Get and install Hik-Connect applicaon by the following ways.
-
Visit hps://appstore.hikvision.com to download the applicaon according to your mobile
phone system.
-
Visit the
ocial site of our company. Then go to Support → Tools → Hikvision App Store .
-
Scan the QR code below to download the applicaon.
Note
If errors like "Unknown app" occur during the installaon, solve the problem in two ways.
Visit hps://appstore.hikvision.com/stac/help/index.html to refer to the troubleshoong.
Visit hps://appstore.hikvision.com/ , and click Installaon Help at the upper right corner of
the interface to refer to the
troubleshoong.
2.
Start the applicaon and register for a Hik-Connect user account.
3.
Log in
aer registraon.
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8.20.3 Add Camera to Hik-Connect
Steps
1.
Connect your mobile device to a Wi-Fi.
2.
Log into the Hik-Connect app.
3.
In the home page, tap "+" on the upper-right corner to add a camera.
4.
Scan the QR code on camera body or on the Quick Start Guide cover.
Note
If the QR code is missing or too blur to be recognized, you can also add the camera by inpung
the camera's serial number.
5.
Input the vericaon code of your camera.
Note
The required vericaon code is the code you create or change when you enable Hik-Connect
service on the camera.
If you forget the vericaon code, you can check the current vericaon code on Plaorm
Access conguraon page via web browser.
6.
Tap Connect to a Network buon in the popup interface.
7.
Choose Wired Connecon or Wireless Connecon according to your camera funcon.
Wireless
Connecon
Input the Wi-Fi password that your mobile phone has connected to, and
tap Next to start the Wi-Fi connecon process. (Locate the camera within 3
meters from the router when seng up the Wi-Fi.)
Wired
Connecon
Connect the camera to the router with a network cable and tap Connected
in the result interface.
Note
The router should be the same one which your mobile phone has connected to.
8.
Tap Add in the next interface to nish adding.
For detailed informaon, refer to the user manual of the Hik-Connect app.
8.21 Set Open Network Video Interface
If you need to access the device through Open Network Video Interface protocol, you can
congure the user sengs to enhance the network security.
Steps
1.
Go to
Conguraon → Network Plaorm Access → Open Network Video Interface .
2.
Check Enable.
3.
Select an authencaon mode.
-
If you select Digest, the device only supports digest authencaon.
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-
If you select Digest&ws-username token, the device supports digest authencaon or ws-
username token authencaon.
4.
Click Add to congure the Open Network Video Interface user.
5.
Click Save.
6.
Oponal: Repeat the steps above to add more Open Network Video Interface users.
7.
Oponal: Manage the user.
-
Click
to delete the selected Open Network Video Interface user.
-
Click
to modify the selected Open Network Video Interface user.
8.22 Set SDK Service
If you want to add the device to the client
soware, you should enable SDK Service or Enhanced
SDK Service.
Steps
1.
Go to
Conguraon → Network Plaorm Access → SDK Service .
2.
Set SDK Service parameters.
1) Check Enable to add the device to the client
soware with SDK protocol.
2) Enter the Port number.
3.
Set Enhanced SDK Service parameters.
1) Check Enable to add the device to the client
soware with SDK over TLS protocol.
2)
Oponal: Click TLS Sengs to enable the TLS version that the device supports. Refer to TLS
for details.
3) Enter the Port number.
4) Select a server
cercate to make sure the data transmission security. You can click Cercate
Management to add a cercate. Refer to Cercate Management for details.
4.
Click Save.
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Chapter 9 System and Security
It introduces system maintenance, system sengs and security management, and explains how to
congure relevant parameters.
9.1 System Sengs
9.1.1 View Device Informaon
You can view device informaon, such as Device No., Model, Serial No. and Firmware Version.
Enter
Conguraon → System → System Sengs → Basic Informaon to view the device
informaon.
9.1.2 Time and Date
You can congure me and date of the device by conguring me zone, me synchronizaon and
Daylight Saving Time (DST).
Synchronize Time Manually
Steps
1.
Go to Conguraon → System → System Sengs → Time Sengs .
2.
Select Time Zone.
3.
Select Manual Time Sync..
4.
Choose one
me synchronizaon method.
-
Select Set Time, and manually input or select date and me from the pop-up calendar.
-
Click Sync. with computer
me to synchronize the me of the device with that of the local PC.
5.
Click Save.
Set NTP Server
You can use NTP server when accurate and reliable me source is required.
Before You Start
Set up a NTP server or obtain NTP server
informaon.
Steps
1.
Go to
Conguraon → System → System Sengs → Time Sengs .
2.
Select Time Zone.
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3.
Click NTP.
4.
Set Server Address, NTP Port and Interval.
Note
Server Address is NTP server IP address.
5.
Click Test to test server
connecon.
6.
Click Save.
Synchronize Time by Satellite
Note
This funcon varies depending on dierent devices.
Steps
1.
Enter Conguraon → System → System Sengs → Time Sengs .
2.
Select Satellite Time Sync..
3.
Set Interval.
4.
Click Save.
Set DST
If the region where the device is located adopts Daylight Saving Time (DST), you can set this
funcon.
Steps
1.
Go to
Conguraon → System → System Sengs → Time Sengs .
2.
Check Enable.
3.
Select Start Time, End Time and DST Bias.
4.
Click Save.
9.1.3 Set RS-232
RS-232 can be used to debug device or access peripheral device. RS-232 can realize communicaon
between the device and computer or terminal when the communicaon distance is short.
Before You Start
Connect the device to computer or terminal with RS-232 cable.
Steps
1.
Go to Conguraon → System → System Sengs → RS-232 .
2.
Set RS-232 parameters to match the device with computer or terminal.
3.
Click Save.
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9.1.4 Set RS-485
RS-485 is used to connect the device to external device. You can use RS-485 to transmit the data
between the device and the computer or terminal when the
communicaon distance is too long.
Before You Start
Connect the device and computer or terminal with RS-485 cable.
Steps
1.
Go to Conguraon → System → System Sengs → RS-485 .
2.
Set the RS-485 parameters.
Note
You should keep the parameters of the device and the computer or terminal all the same.
3.
Click Save.
9.1.5 Set Live View
Connecon
It controls the remote live view connecon amount.
Live view connecon controls the maximum live view that can be streamed at the same me.
Enter Conguraon → System → System Sengs → System Service to set the upper limit of the
remote connecon number.
9.1.6
Locaon Sengs
Locaon displays and uploads the current longitude and latude of the device.
Auto Uploading
Check Enable and set Locaon Upload Interval.
The device will upload its
locaon at the set interval. You can also click Refresh to upgrade the
device locaon manually.
Manual Sengs
Check Enable and set Locaon Upload Interval. Enter the longitude and latude of the device
and click Save.
The device will upload the set
locaon at the set interval.
Note
This funcon may vary according to dierent device models.
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9.1.7 External Device
For the device supporng external devices, including the supplement light, wiper on the housing,
the LED light, and heater, you can control them via the Web browser when it is used with the
housing. External devices vary with models.
Operate Wiper
For the device that has a wiper, you can control the wiper via web browser.
Before You Start
Make sure your device supports wiper.
Wiper
operaon and sengs vary according to device models.
Steps
1.
Go to Conguraon → System → System Sengs → External Device.
2.
Select a wiper mode.
Cleaning Mode:
When Cleaning Mode is selected as Auto, the device determines whether to clean based on
image
abnormalies caused by the issues including dirty lenses, water droplets on the
window viewport, etc.
In Auto mode, the maximum number of cleaning
mes is 4 mes in 24 hours.
Threshold: Set the threshold value to judge the degree of dirness based on the complexity of
the image texture to determine whether to clean or not.
Note
For the device with water box, the cleaning mode is used to clean the sand and dust from the
lens window by spraying water and wiping in dry and rainless areas.
As for cleaning, the water box automacally sprays water for 2 seconds before the wipers start
working. The water spray from the water box lasts for 10 seconds and the wiper wipes 5
mes.
Normal
Mode: Only
For Wiping
You can set Manual Wiper Times, and the wiper wipes the set manual wiper
mes when you click on live view page.
Cleaning
Mode: Timed
Cleaning
The wiper works on schedule and the water box (if supported) sprays water
for cleaning at set wiping interval.
Check Enable Timed Cleaning and set Timed Cleaning Cycle (day(s)). If the
cycle is set to 7 days, the device will clean at 2:00 AM
aer 7 days, and then
clean once every 7 days.
Cleaning
Mode:
For the device with water box:
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Manual
Cleaning
Click Clean, and the water box automacally sprays water for 2 seconds
before the wipers start working. The water spray from the water box lasts
for 10 seconds and the wiper wipes 5 mes.
You can also click
on live view page for manual cleaning or test.
For the device without water box:
Click Clean to test the wiper
funcon, and the wiper wipes.
Figure 9-1 Operate Wiper
3.
Click Save.
9.1.8 View Open Source
Soware License
On the top-right corner, click and select Open Source Soware Descripon to download the
license. You can view the license in the editor.
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9.1.9 Wiegand
Note
This funcon is only supported by certain camera models.
Check Enable and select the protocol. The default protocol is SHA-1 26bit.
If enabled, the recognized license plate number will be output via the selected Wiegand protocol.
9.2 User and Account
9.2.1 Set User Account and Permission
The administrator can add, modify, or delete other accounts, and grant dierent permission to
dierent user levels.
Cauon
To increase security of using the device on the network, please change the password of your
account regularly. Changing the password every 3 months is recommended. If the device is used in
high-risk environment, it is recommended that the password should be changed every month or
week.
Steps
1.
Go to Conguraon → System → User Management → User Management .
2.
Click Add. Enter User Name, select Level, and enter Password. Assign remote permission to
users based on needs.
Administrator
The administrator has the authority to all
operaons and can add users and operators and
assign permission.
User
Users can be assigned permission of viewing live video, seng PTZ parameters, and changing
their own passwords, but no permission for other
operaons.
Operator
Operators can be assigned all permission except for operaons on the administrator and
creang accounts.
Modify
Select a user and click to change the password and permission.
Delete Select a user and click .
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Note
The administrator can add up to 31 user accounts.
3.
Click OK.
9.2.2 Simultaneous Login
The administrator can set the maximum number of users logging into the system through web
browser simultaneously.
Go to
Conguraon → System → User Management → Online Users , click General, and set
Simultaneous Login.
9.2.3 Online Users
The informaon of users logging into the device is shown.
Go to Conguraon → System → User Management → Online Users to view the list of online
users.
9.3 Maintenance
9.3.1 Restart
You can restart the device via browser.
Go to Maintenance and Security → Maintenance → Restart , and click Restart.
9.3.2 Upgrade
Before You Start
You need to obtain the correct upgrade package.
Cauon
DO NOT disconnect power during the process, and the device restarts automacally aer upgrade.
Steps
1.
Go to Maintenance and Security → Maintenance → Upgrade .
2.
Choose one method to upgrade.
Firmware
Locate the exact path of the upgrade le.
Firmware Directory Locate the directory which the upgrade le belongs to.
3.
Click to select the upgrade le.
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4.
Click Upgrade.
9.3.3 Restore and Default
Restore and Default helps restore the device parameters to the default sengs.
Steps
1.
Go to Maintenance and Security → Maintenance → Backup and Restore .
2.
Click Restore or Default according to your needs.
Restore Reset device parameters, except user informaon, IP parameters and video format
to the default sengs.
Default Reset all the parameters to the factory default.
Note
Be careful when using this funcon. Aer reseng to the factory default, all the
parameters are reset to the default sengs.
9.3.4 Import and Export Conguraon File
It helps speed up batch conguraon on other devices with the same parameters.
Steps
1.
Export conguraon le.
1) Go to Maintenance and Security → Maintenance → Backup and Restore → Backup .
2) Click Export and input the
encrypon password to export the current conguraon le.
3) Set the saving path to save the conguraon le in local computer.
2.
Import conguraon le.
1) Access the device that needs to be congured via web browser.
2) Go to Maintenance and Security → Maintenance → Backup and Restore → Reset .
3) Click
to select the saved conguraon le.
4) Input the encrypon password you have set when exporng the conguraon le.
5) Click Import.
9.3.5 Search and Manage Log
Log helps locate and troubleshoot problems.
Steps
1.
Go to Maintenance and Security → Maintenance → Log .
2.
Set search
condions Major Type, Minor Type, Start Time, and End Time.
3.
Click Search.
The matched log
les will be displayed on the log list.
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4.
Oponal: Click Export to save the log les in your computer.
9.3.6 Search Security Audit Logs
You can search and analyze the security log les of the device so as to nd out the illegal intrusion
and troubleshoot the security events.
Steps
Note
This funcon is only supported by certain camera models.
1.
Go to Maintenance and Security → Maintenance → Security Audit Log .
2.
Select log types, Start Time, and End Time.
3.
Click Search.
The log
les that match the search condions will be displayed on the Log List.
4.
Oponal: Click Export to save the log les to your computer.
9.3.7 SSH
Secure Shell (SSH) is a cryptographic network protocol for operang network services over an
unsecured network.
Go to Maintenance and Security → Maintenance → Device Debugging , and click
Sengs of SSH.
You can edit the number of the port. Click Save.
Cauon
Use the funcon with cauon. The security risk of device internal informaon leakage exists when
the funcon is enabled.
9.3.8 Export Diagnose Informaon
Diagnose informaon includes running log, system informaon, hardware informaon.
Go to Maintenance and Security → Maintenance → Device Debugging → Diagnose Informaon .
Click Export. In the pop-up window, check desired diagnose informaon and click Export to export
corresponding diagnose informaon of the device.
9.4 Security
You can improve system security by seng security parameters.
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9.4.1 Set IP Address Filter
IP address lter is a tool for access control. You can enable the IP address lter to allow or forbid
the visits from the certain IP addresses.
IP address refers to IPv4.
Steps
1.
Go to Maintenance and Security → Security → IP Address Filter .
2.
Check Enable.
3.
Select the type of IP address
lter.
Blocklist IP addresses in the list cannot access the device.
Allowlist Only IP addresses in the list can access the device.
4.
Edit the IP address lter list.
Add Add a new IP address or IP address range to the list.
Modify the selected IP address or IP address range in the list.
Delete the selected IP address or IP address range in the list.
5.
Click Save.
9.4.2 Set MAC Address Filter
MAC address lter is a tool for access control. You can enable the MAC address lter to allow or
forbid the visits from the certain MAC addresses.
Steps
1.
Go to Maintenance and Security → Security → MAC Address Filter .
2.
Check Enable.
3.
Select the type of MAC address
lter.
Blocklist
MAC addresses in the list cannot access the device.
Allowlist Only MAC addresses in the list can access the device.
4.
Edit the MAC address lter list.
Add
Add a new MAC address to the list.
Modify the selected MAC address in the list.
Delete the selected MAC address in the list.
5.
Click Save.
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9.4.3 Control Timeout Sengs
If this funcon is enabled, you will be logged out when you make no operaon (not including
viewing live image) to the device via web browser within the set
meout period.
Go to Maintenance and Security → Security → Login Management → Control Timeout Sengs to
complete sengs.
9.4.4 Cercate Management
It helps to manage the server/client cercates and CA cercate, and to send an alarm if the
cercates are close to expiry date, or are expired/abnormal.
Note
The funcon is only supported by certain device models.
Server Cercate/Client Cercate
Note
The device has default self-signed server/client cercate installed. The cercate ID is default.
Create and Install Self-signed Cercate
Steps
1.
Go to Maintenance and Security → Security Cercate Management .
2.
Click Create Self-signed Cercate.
3.
Input
cercate informaon.
Note
The input cercate ID cannot be the same as the exisng ones.
4.
Click Save to save and install the cercate.
The created cercate is displayed in the Server/Client Cercate list.
If the
cercate is used by certain funcons, the funcon name is shown in the column
Funcons.
5.
Oponal: Click Property to see the cercate details.
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Install Self-signed Request Cercate
You can send the self-signed cercate to a trusted third-party for the signature, and install the
cercate to the device.
Before You Start
Create a self-signed cercate rst. See Create and Install Self-signed Cercate for instrucons.
Steps
1.
Go to Maintenance and Security → Security Cercate Management .
2.
Select a self-signed cercate from the Server/Client Cercate list.
3.
Click Create Cercate Request.
4.
Input request
informaon.
5.
Click Save.
The
cercate request details are displayed in a pop-up window.
6.
Copy the request content and save it as a request le.
7.
Send the le to a trusted-third party for signature.
8.
Aer receiving the cercated sent back from the third-party, install it to the device.
1) Click Import.
2) Input
Cercate ID.
Note
The input cercate ID cannot be the same as the existed ones.
3) Click to select the cercate le.
4) Select Self-signed Request Cercate.
5) Click Save.
The imported
cercate is displayed in the Server/Client Cercate list.
If the
cercate is used by certain funcon, the funcon name is shown in the column
Funcons.
9.
Oponal: Click Property see the cercate details.
Install Other Authorized
Cercate
If you already has an authorized cercate (not created by the device), you can import it to the
device directly.
Steps
1.
Go to Maintenance and Security → Security
Cercate Management .
2.
Click Import in the Server/Client Cercate list.
3.
Input
Cercate ID.
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Note
The input cercate ID cannot be the same as the existed ones.
4.
Click to select the cercate le.
5.
Select Cercate and Key and select a Key Type according to your cercate.
Independent Key If your cercate has an independent key, select this opon.
Browse to select the private key and input the private-key password.
PKCS#12 If your cercate has the key in the same cercate le, select this opon
and input the password.
6.
Click Save.
The imported
cercate is displayed in the Server/Client Cercate list.
If the cercate is used by certain funcon, the funcon name is shown in the column
Funcons.
Install CA
Cercate
Before You Start
Prepare a CA cercate in advance.
Steps
1.
Go to Maintenance and Security → Security Cercate Management .
2.
Click Import in the CA
Cercate list.
3.
Input Cercate ID.
Note
The input cercate ID cannot be the same as the exisng ones.
4.
Click to select the cercate le.
5.
Click Save.
The imported cercate is displayed in the CA Cercate list.
If the
cercate is used by certain funcons, the funcon name is shown in the Funcons
column.
Enable
Cercate Expiraon Alarm
Steps
1.
Check Enable Cercate Expiraon Alarm. If enabled, you will receive an email or the camera
links to the surveillance center that the
cercate will expire soon, or is expired or abnormal.
2.
Set the Remind Me Before Expiraon (day), Alarm Frequency (day) and Detecon Time (hour).
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Note
If you set the reminding day before expiraon to 1, then the camera will remind you the day
before the expiraon day. 1 to 30 days are available. Seven days is the default reminding days.
If you set the reminding day before expiraon to 1, and the detecon me to 10:00, and the
cercate will expire in 9:00 the next day, the camera will remind you in 10:00 the rst day.
3.
Click Save.
9.4.5 TLS
The Transport Layer Security (TLS) protocol aims primarily to provide privacy and data integrity
between two or more communicang computer applicaons. TLS sengs are eecve for HTTP(S)
and enhanced SDK service.
Go to Maintenance and Security → Security → TLS , and enable the desired TLS protocol. Click
Save.
Cauon
Use the funcon with cauon. The security risk of device internal informaon leakage exists when
the funcon is enabled.
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Chapter 10 Device Management
10.1 Add Alarm Box
You can add an alarm box to the device through the network protocol and view the alarm input/
output interface of the alarm box.
Steps
1.
Click Add Device to add the alarm box as needed.
2.
Set the parameters of the device, such as the IP address and the
descripon of the alarm box.
3.
Click Save.
Note
The funcon is only supported by certain device models.
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Chapter 11 VCA Resource
VCA resource is a collecon of smart funcons supported by the device.
11.1 Allocate VCA Resource
VCA resource oers you opons to enable certain VCA funcons according to actual needs. It helps
allocate more resources to the desired
funcons.
Steps
1.
Click VCA on the
le tab.
2.
Enable the desired VCA funcon.
3.
Click Next to nish sengs.
Note
Certain VCA funcons are mutually exclusive.
11.2 General Sengs
Set the general parameters which are related to the smart applicaons.
Go to VCA → Set Applicaon → General Sengs to set the following parameters.
Camera Info.
For camera informaon sengs, refer to Set Camera Info .
FTP
For FTP sengs, refer to Set FTP .
Email
For Email sengs, refer to Set Email .
Alarm Output
For alarm output sengs, refer to Automac Alarm .
Audible Alarm Output
For audible alarm output sengs, refer to Set Audible Alarm Output .
Alarm Server
For alarm server sengs, refer to Alarm Server .
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Metadata
For metadata sengs, refer to Metadata .
11.2.1 Set Camera Info
Customize specic informaon for the device. It may help idenfy a certain device when mulple
devices are under management.
Go to VCA → Set
Applicaon → General Sengs → Camera Info to set Device No. and Camera
Info.
11.2.2 Metadata
Metadata is the raw data that the device collects before algorithm processing. It is oen used for
the third party
integraon.
Go to VCA → Set Applicaon → General Sengs → metadata Sengs to enable metadata
uploading of the desired funcon.
Note
This funcon varies according to dierent camera models.
Smart Event
The metadata of the smart event includes the target ID, target coordinate, me, etc.
You can check Enable Stream Rule to overlay the stream rule on the live view image. Make sure
you have checked Sub-Stream and selected the sub-stream in the live view.
You can check Overlay Rule Frame and Target Frame on Background Picture to overlay the rule
and target
informaon on the sub-stream. Make sure you have checked Sub-Stream and
selected the sub-stream in the live view.
Face Capture
The metadata of face capture includes the rule
informaon, target ID, target coordinate, me
informaon, etc. The camera detects the whole image by default. If the area is congured in the
face capture
sengs, the camera detects the congured area.
Mul-Target-Type Detecon
The metadata of mul-target-type detecon includes the vehicle informaon and face capture
informaon, such as the target ID, target coordinate, me informaon, vehicle moving
direcon, etc.
Road Trac
The metadata of road trac is detected vehicle informaon, including the vehicle locaon in
the scene, vehicle ID, license plate, validity, moving direcon, country/region, etc.
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11.2.3 Dynamic Mosaic Mask
The funcon masks the detecon target picture in the detecon area. It is eecve for preview,
playback and recording.
Go to VCA → Set
Applicaon → General Sengs → Dynamic Mosaic Mask to set the following
parameters.
Note
The funcon is supported only when certain VCA funcon is enabled.
The funcon varies according to dierent models.
Face Mosaic Mask
When Face Mosaic Mask is enabled, the face image in the detecon area will be mosaicked.
Human Body Mosaic Mask
When Human Body Mosaic Mask is enabled, the whole body image in the detecon area will
be mosaicked.
License Plate Mosaic Mask
When License Plate Mosaic Mask is enabled, the license plate image in the detecon area will
be mosaicked.
Mosaic Level
The higher the level, the less clear the target is.
Figure 11-1 Set Dynamic Mosaic Mask
11.2.4 AcuSearch
The device transmits the POS
informaon of the target to network video recorder aer detecng
the target. It is to achieve accurate and quick search on the connected network video recorder.
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Before You Start
Make sure the connected network video recorder (NVR) supporng AcuSearch to do with the
funcon.
Aer the funcon is enabled, the ongoing smart applicaon will be disabled while Smart Event
or
Mul-Target-Type Detecon will be enabled.
The funcon is only supported by certain models. The actual display varies with the models.
Steps
1.
Enable the funcon for the device.
2.
Set the
funcon on the connected network video recorder.
1) Enable AcuSearch funcon for the selected channel (refer to the congured camera device)
on the network video recorder.
2) Click the AcuSearch
buon on the playback page of the network video recorder.
3) Click a target on a network video recorder to search for pictures that contain the target.
4) Click a picture to play a video before and
aer that moment.
Note
Refer to the User Manual of NVR for the actual sengs on NVR.
11.3 Smart Event
Note
For certain device models, you need to enable the smart event funcon on VCA page rst to
show the funcon conguraon page.
The funcon varies according to dierent models.
11.3.1 Set Intrusion Detecon
It is used to detect objects entering and loitering in a predened virtual region. If it occurs, the
device can take linkage
acons.
Before You Start
Go to VCA and select the
applicaon. Select Smart Event and click Next to enable the funcon.
For the device supporng HEOP, go to VCA to import and enable Smart Event.
Steps
1.
Go to VCA → Set Applicaon → Smart Event → Intrusion Detecon .
2.
Check Enable.
3.
Click Add to add a rule and set a
detecon area.
1) Draw a
detecon area. Click , click on the live view to specify the vertexes and draw the
boundaries of the detecon area, and right click to complete drawing.
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2) Set the minimum size and the maximum size for the target to improve detecon accuracy.
Only targets whose size are between the maximum size and the minimum size trigger the
detecon. Click and , then drag the mouse in the live view to draw the minimum and
maximum target size.
3) Oponal: Click to delete all the seng areas.
4.
Set parameters.
Detecon Target
This funcon allows alarm triggering by specied selected target types. If the detecon target
is not selected, all the detected targets will be reported.
Note
This funcon is only available for certain device models under certain sengs. Please refer to
the actual sengs.
Threshold
Threshold stands for the threshold for the me of the object loitering in the region. If the
me that one object stays exceeds the threshold, the alarm is triggered. The larger the value
of the threshold is, the longer the alarm triggering
me is.
Sensivity
Sensivity
stands for the percentage of the body part of an acceptable target that enters the
predened region. Sensivity = 100 - S1/ST × 100. S1 stands for the target body part that goes
across the predened region. ST stands for the complete target body. The higher the value of
sensivity is, the more easily the alarm can be triggered.
Target Validity
If you set a higher validity, the required target features should be more obvious, and the
alarm accuracy would be higher. The target with less obvious features would be missed.
Figure 11-2 Set Rule
5.
Oponal: You can set the parameters of mulple areas by repeang the above steps.
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6.
For the arming schedule sengs, refer to Set Arming Schedule . For the linkage method sengs,
refer to Linkage Method Sengs .
7.
Oponal: Set Custom Alarm.
This
funcon is used to send the custom alarm messages to alarm servers. Click and set the
Custom Alarm Content to customize alarm messages in HTTP text format, up to 512 characters
in length. Alarm messages can be sent to up to 3 servers.
Note
The funcon is only supported by certain camera models.
8.
Click Save.
11.3.2 Set Line Crossing
Detecon
It is used to detect objects crossing a predened virtual line. If it occurs, the device can take linkage
acons.
Before You Start
Go to VCA and select the applicaon. Select Smart Event and click Next to enable the funcon.
For the device
supporng HEOP, go to VCA to import and enable Smart Event.
Steps
1.
Go to VCA → Set Applicaon → Smart Event → Line Crossing Detecon .
2.
Check Enable.
3.
Click Add to add a rule and set a
detecon area.
1) Draw a detecon line. Click and a line with an arrow appears in the live view. Drag the line
to the
locaon on the live view as desired.
2) Set the minimum size and the maximum size for the target to improve detecon accuracy.
Only targets whose size are between the maximum size and the minimum size trigger the
detecon. Click and , then drag the mouse in the live view to draw the minimum and
maximum target size.
3)
Oponal: Click to delete all the seng areas.
4.
Set parameters.
Detecon Target
This funcon allows alarm triggering by specied selected target types. If the detecon target
is not selected, all the detected targets will be reported.
Note
This funcon is only available for certain device models under certain sengs. Please refer to
the actual sengs.
Direcon
It stands for the direcon from which the object goes across the line.
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A<->B: The object going across the line from both direcons can be detected and alarms are
triggered.
A->B: Only the object crossing the congured line from the A side to the B side can be
detected.
B->A: Only the object crossing the congured line from the B side to the A side can be
detected.
Sensivity
It stands for the percentage of the body part of an acceptable target that goes across the pre-
dened
line. Sensivity = 100 - S1/ST × 100. S1 stands for the target body part that goes
across the pre-dened line. ST stands for the complete target body. The higher the value of
sensivity is, the more easily the alarm can be triggered.
Target Validity
If you set a higher validity, the required target features should be more obvious, and the
alarm accuracy would be higher. The target with less obvious features would be missing.
Figure 11-3 Set Rule
5.
Oponal: You can set the parameters of mulple areas by repeang the above steps.
6.
For the arming schedule
sengs, refer to Set Arming Schedule . For the linkage method sengs,
refer to Linkage Method Sengs .
7.
Oponal: Set Custom Alarm.
This
funcon is used to send the custom alarm messages to alarm servers. Click and set the
Custom Alarm Content to customize alarm messages in HTTP text format, up to 512 characters
in length. Alarm messages can be sent to up to 3 servers.
Note
The funcon is only supported by certain camera models.
8.
Click Save.
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11.3.3 Set Region Entrance Detecon
It is used to detect objects entering a predened virtual region from the outside place. If it occurs,
the device can take linkage
acons.
Before You Start
Go to VCA and select the
applicaon. Select Smart Event and click Next to enable the funcon.
For the device
supporng HEOP, go to VCA to import and enable Smart Event.
Steps
1.
Go to VCA → Set
Applicaon → Smart Event → Region Entrance Detecon .
2.
Check Enable.
3.
Click Add to add a rule and set a
detecon area.
1) Draw a detecon area. Click , click on the live view to specify the vertexes and draw the
boundaries of the
detecon area, and right click to complete drawing.
2) Set the minimum size and the maximum size for the target to improve detecon accuracy.
Only targets whose size are between the maximum size and the minimum size trigger the
detecon. Click and , then drag the mouse in the live view to draw the minimum and
maximum target size.
3)
Oponal: Click to delete all the seng areas.
4.
Set parameters.
Detecon Target
This funcon allows alarm triggering by specied selected target types. If the detecon target
is not selected, all the detected targets will be reported.
Note
This funcon is only available for certain device models under certain sengs. Please refer to
the actual sengs.
Sensivity
It stands for the percentage of the body part of an acceptable target that goes across the
predened region. Sensivity = 100 - S1/ST × 100. S1 stands for the target body part that goes
across the
predened region. ST stands for the complete target body. The higher the value of
sensivity is, the more easily the alarm can be triggered.
Target Validity
If you set a higher validity, the required target features should be more obvious, and the
alarm accuracy would be higher. The target with less obvious features would be missing.
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Figure 11-4 Set Rule
5.
Oponal: You can set the parameters of mulple areas by repeang the above steps.
6.
For the arming schedule sengs, refer to Set Arming Schedule . For the linkage method sengs,
refer to Linkage Method Sengs .
7.
Oponal: Set Custom Alarm.
This funcon is used to send the custom alarm messages to alarm servers. Click and set the
Custom Alarm Content to customize alarm messages in HTTP text format, up to 512 characters
in length. Alarm messages can be sent to up to 3 servers.
Note
The funcon is only supported by certain camera models.
8.
Click Save.
11.3.4 Set Region
Exing Detecon
It is used to detect objects exing from a predened virtual region. If it occurs, the device can take
linkage acons.
Before You Start
Go to VCA and select the applicaon. Select Smart Event and click Next to enable the funcon.
For the device supporng HEOP, go to VCA to import and enable Smart Event.
Steps
1.
Go to VCA → Set Applicaon → Smart Event → Region Exing Detecon .
2.
Check Enable.
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3.
Click Add to add a rule and set a detecon area.
1) Draw a detecon area. Click , click on the live view to specify the vertexes and draw the
boundaries of the detecon area, and right click to complete drawing.
2) Set the minimum size and the maximum size for the target to improve
detecon accuracy.
Only targets whose size are between the maximum size and the minimum size trigger the
detecon. Click and , then drag the mouse in the live view to draw the minimum and
maximum target size.
3) Oponal: Click to delete all the seng areas.
4.
Set parameters.
Detecon Target
This funcon allows alarm triggering by specied selected target types. If the detecon target
is not selected, all the detected targets will be reported.
Note
This funcon is only available for certain device models under certain sengs. Please refer to
the actual sengs.
Sensivity
It stands for the percentage of the body part of an acceptable target that goes across the
predened region. Sensivity = 100 - S1/ST × 100. S1 stands for the target body part that goes
across the
predened region. ST stands for the complete target body. The higher the value of
sensivity is, the more easily the alarm can be triggered.
Target Validity
If you set a higher validity, the required target features should be more obvious, and the
alarm accuracy would be higher. The target with less obvious features would be missing.
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Figure 11-5 Set Rule
5.
Oponal: You can set the parameters of mulple areas by repeang the above steps.
6.
For the arming schedule sengs, refer to Set Arming Schedule . For the linkage method sengs,
refer to Linkage Method Sengs .
7.
Oponal: Set Custom Alarm.
This funcon is used to send the custom alarm messages to alarm servers. Click and set the
Custom Alarm Content to customize alarm messages in HTTP text format, up to 512 characters
in length. Alarm messages can be sent to up to 3 servers.
Note
The funcon is only supported by certain camera models.
8.
Click Save.
11.3.5 Set
Unaended Baggage Detecon
It is used to detect the objects le over in the predened region. Linkage methods can be triggered
aer the object is le and stays in the region for a set me period.
Before You Start
Go to VCA and select the applicaon. Select Smart Event and click Next to enable the funcon.
For the device supporng HEOP, go to VCA to import and enable Smart Event.
Steps
1.
Go to VCA → Set Applicaon → Smart Event Unaended Baggage Detecon .
2.
Check Enable.
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3.
Click Add to add a rule and set a detecon area.
1) Draw a detecon area. Click , click on the live view to specify the vertexes and draw the
boundaries of the detecon area, and right click to complete drawing.
2) Set the minimum size and the maximum size for the target to improve
detecon accuracy.
Only targets whose size are between the maximum size and the minimum size trigger the
detecon. Click and , then drag the mouse in the live view to draw the minimum and
maximum target size.
3) Oponal: Click to delete all the seng areas.
4.
Set parameters.
Sensivity
Sensivity stands for the percentage of the body part of an acceptable target that enters the
predened region. Sensivity = 100 - S1/ST × 100. S1 stands for the target body part that goes
across the predened region. ST stands for the complete target body. The higher the value of
sensivity is, the more easily the alarm can be triggered.
Threshold
It stands for the me of the objects le in the region. Alarm is triggered aer the object is le
and stays in the region for the set me period.
Figure 11-6 Set Rule
5.
Oponal: You can set the parameters of mulple areas by repeang the above steps.
6.
For the arming schedule sengs, refer to Set Arming Schedule . For the linkage method sengs,
refer to Linkage Method Sengs .
7.
Click Save.
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Note
The funcon is only supported by certain models. The actual display varies with the models.
11.3.6 Set Object Removal Detecon
It detects whether the objects are removed from the predened detecon region, such as the
exhibits on display. If it occurs, the device can take linkage acons and the sta can take measures
to reduce property loss.
Before You Start
Go to VCA and select the applicaon. Select Smart Event and click Next to enable the funcon.
For the device supporng HEOP, go to VCA to import and enable Smart Event.
Steps
1.
Go to VCA → Set Applicaon → Smart Event → Object Removal Detecon .
2.
Check Enable.
3.
Click Add to add a rule and set a
detecon area.
1) Draw a detecon area. Click , click on the live view to specify the vertexes and draw the
boundaries of the detecon area, and right click to complete drawing.
2) Set the minimum size and the maximum size for the target to improve
detecon accuracy.
Only targets whose size are between the maximum size and the minimum size trigger the
detecon. Click and , then drag the mouse in the live view to draw the minimum and
maximum target size.
3) Oponal: Click to delete all the seng areas.
4.
Set parameters.
Sensivity
Sensivity stands for the percentage of the body part of an acceptable target that enters the
predened region. Sensivity = 100 - S1/ST × 100. S1 stands for the target body part that goes
across the predened region. ST stands for the complete target body. The higher the value of
sensivity is, the more easily the alarm can be triggered.
Threshold
The threshold for the me of the objects removed from the region. If you set the value as 10,
alarm is triggered aer the object disappears from the region for 10s.
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Figure 11-7 Set Rule
5.
Oponal: You can set the parameters of mulple areas by repeang the above steps.
6.
For the arming schedule sengs, see Set Arming Schedule . For the linkage method sengs, see
Linkage Method Sengs .
7.
Click Save.
Note
The funcon is only supported by certain models. The actual display varies with the models.
11.3.7 Set Loitering Detecon
It detects whether there is any target loitering in a predened area. If the me that the target
loiters in the set region reaches the set threshold, the device can take linkage
acons.
Before You Start
Go to VCA and select the
applicaon. Select Smart Event and click Next to enable the funcon.
For the device supporng HEOP, go to VCA to import and enable Smart Event.
Steps
1.
Go to VCA → Set Applicaon → Smart Event → Loitering Detecon .
2.
Check Enable.
3.
Click Add to add a rule and set a
detecon area.
1) Draw a
detecon area. Click , click on the live view to specify the vertexes and draw the
boundaries of the detecon area, and right click to complete drawing.
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2) Set the minimum size and the maximum size for the target to improve detecon accuracy.
Only targets whose size are between the maximum size and the minimum size trigger the
detecon. Click and , then drag the mouse in the live view to draw the minimum and
maximum target size.
3) Oponal: Click to delete all the seng areas.
4.
Set rules.
Threshold
Threshold stands for the threshold for the
me of the object loitering in the region. If the
me that one object stays exceeds the threshold, the alarm is triggered. The larger the value
of the threshold is, the longer the alarm triggering me is.
Sensivity
Sensivity stands for the percentage of the body part of an acceptable target that enters the
predened region. Sensivity = 100 - S1/ST × 100. S1 stands for the target body part that goes
across the predened region. ST stands for the complete target body. The higher the value of
sensivity is, the more easily the alarm can be triggered.
Figure 11-8 Set Rule
5.
Oponal: You can set the parameters of mulple areas by repeang the above steps.
6.
For the arming schedule sengs, refer to Set Arming Schedule . For the linkage method sengs,
refer to Linkage Method Sengs .
7.
Click Save.
Note
The funcon is only supported by certain models. The actual display varies with the models.
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11.3.8 Set People Gathering Detecon
It detects the people density in a predened area. If the people density exceeds the set
percentage, the device can take linkage
acons.
Before You Start
Go to VCA and select the
applicaon. Select Smart Event and click Next to enable the funcon.
For the device
supporng HEOP, go to VCA to import and enable Smart Event.
Steps
1.
Go to VCA → Set
Applicaon → Smart Event → People Gathering Detecon .
2.
Check Enable.
3.
Click Add to add a rule and set a
detecon area.
1) Draw a detecon area. Click , click on the live view to specify the vertexes and draw the
boundaries of the
detecon area, and right click to complete drawing.
2) Oponal: Click to delete all the seng areas.
4.
Set rules.
Percentage
It stands for the percentage of people in the
predened area. When the people percentage in
the live view exceeds the set value, the device will trigger an alarm.
Figure 11-9 Set Rule
5.
Oponal: You can set the parameters of mulple areas by repeang the above steps.
6.
For the arming schedule sengs, refer to Set Arming Schedule . For the linkage method sengs,
refer to Linkage Method Sengs
7.
Click Save.
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Note
The funcon is only supported by certain models. The actual display varies with the models.
11.3.9 Set Fast Moving Detecon
When there are targets moving at a high speed in a predened area, the device will take linkage
acons and trigger an alarm.
Before You Start
Go to VCA and select the applicaon. Select Smart Event and click Next to enable the funcon.
For the device
supporng HEOP, go to VCA to import and enable Smart Event.
Steps
1.
Go to VCA → Set
Applicaon → Smart Event → Fast Moving Detecon .
2.
Check Enable.
3.
Click Add to add a rule and set a detecon area.
1) Draw a
detecon area. Click , click on the live view to specify the vertexes and draw the
boundaries of the detecon area, and right click to complete drawing.
2) Set the minimum size and the maximum size for the target to improve detecon accuracy.
Only targets whose size are between the maximum size and the minimum size trigger the
detecon. Click and , then drag the mouse in the live view to draw the minimum and
maximum target size.
3)
Oponal: Click to delete all the seng areas.
4.
Set Rules.
Sensivity
Sensivity stands for the percentage of the body part of an acceptable target that enters the
pre-dened region. Sensivity = 100 - S1/ST × 100. S1 stands for the target body part that
goes across the
pre-dened region. ST stands for the complete target body. The higher the
value of sensivity is, the more easily the alarm can be triggered.
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Figure 11-10 Set Rule
5.
Oponal: You can set the parameters of mulple areas by repeang the above steps.
6.
For the arming schedule sengs, refer to Set Arming Schedule . For the linkage method sengs,
refer to Linkage Method Sengs .
7.
Click Save.
Note
The funcon is only supported by certain models. The actual display varies with the models.
11.3.10 Set Parking Detecon
It detects parking violaon in a predened area. When the parking me exceeds a set threshold,
the device can take linkage
acons. It is applicable in expressway and one-way street.
Before You Start
Go to VCA and select the applicaon. Select Smart Event and click Next to enable the funcon.
For the device supporng HEOP, go to VCA to import and enable Smart Event.
Steps
1.
Go to VCA → Set Applicaon → Smart Event → Parking Detecon .
2.
Check Enable.
3.
Click Add to add a rule and set a
detecon area.
1) Draw a
detecon area. Click , click on the live view to specify the vertexes and draw the
boundaries of the detecon area, and right click to complete drawing.
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2) Set the minimum size and the maximum size for the target to improve detecon accuracy.
Only targets whose size are between the maximum size and the minimum size trigger the
detecon. Click and , then drag the mouse in the live view to draw the minimum and
maximum target size.
3) Oponal: Click to delete all the seng areas.
4.
Set rules.
Threshold
Threshold stands for the threshold for the parking
me in the region. If the parking me
exceeds the threshold, an alarm is triggered. The larger the value of the threshold is, the
longer the alarm triggering me is.
Sensivity
Sensivity stands for the percentage of the part of an acceptable target that enters the pre-
dened
region. Sensivity = 100 - S1/ST × 100. S1 stands for the target part that goes across
the pre-dened region. ST stands for the complete target. The higher the value of sensivity
is, the more easily the alarm can be triggered.
Figure 11-11 Set Rule
5.
Oponal: You can set the parameters of mulple areas by repeang the above steps.
6.
For the arming schedule sengs, refer to Set Arming Schedule . For the linkage method sengs,
refer to Linkage Method Sengs
7.
Click Save.
Note
The funcon is only supported by certain models. The actual display varies with the models.
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11.3.11 Set Combined Event
This funcon is used to combine the perimeter protecon events, including Intrusion Detecon,
Line Crossing Detecon, Region Entrance Detecon and Region Exing Detecon, and trigger the
alarm aer all the sub event alarm rules are triggered in sequence.
Before You Start
Enable at least one of the smart events rst before enabling the combined event. Individual event
alarms cannot be triggered when the combined event is enabled.
Note
The funcon is only supported by certain camera models.
Figure 11-12 Set Combined Event
Steps
1.
Go to VCA → Set Applicaon → Smart Event → Combined Event .
2.
Check Enable.
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Figure 11-13 Set Rules
3.
Click Add behind Rule List to add a new rule of the combined event.
1) Click Add behind Sub Event List to add a sub event for the sub event list.
2) Select the event type.
Enable any of the perimeter
protecon events (including Intrusion Detecon, Line Crossing
Detecon, Region Entrance Detecon and Region Exing Detecon) rst so that the event
can be selected in the sub event list.
Example
If Intrusion
Detecon and Line Crossing Detecon are enabled and others are not, then
Intrusion Detecon and Line Crossing Detecon can be selected.
If Intrusion Detecon and Object Removal Detecon are enabled and others are not, then
only Intrusion
Detecon can be selected.
3) Select the rule of the sub event according to the selected event type. You can draw the
detecon area or line.
Note
The detecon rule of the current sub event is shared by all combined events. Please edit it
carefully.
4) Set the Alarm Interval. It refers to the maximum interval between alarms triggered by
dierent sub events in the same combined event.
5) Click Save.
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4.
Repeat the above steps to set other rules. Up to 4 rules can be set. The detecon area should be
a convex polygon area.
5.
The arming schedule and linkage method of the combined event refers to the arming schedule
and linkage method of the alarm event.
6.
Click Save.
11.4 Face Capture
The device can capture the face that meets the rules in the congured rule area, and the captured
picture will be uploaded.
Note
For certain device models, you need to enable this funcon on VCA page rst.
The funcon is only supported by certain device models.
11.4.1 Set Face Capture
The face that appears in the congured area can be captured.
Before You Start
Go to VCA and select the applicaon. Select Face Capture and click Next to enable the funcon.
For the device supporng HEOP, go to VCA to import and enable Face Capture.
Steps
1.
Go to VCA → Set Applicaon → Face Capture → Rule .
2.
Check Enable to enable the rule sengs.
3.
Click to draw the detecon area you want the face capture to take eect. Draw area by le-
clicking end-points in the live view window, and right-clicking to nish the area drawing. It is
recommended that the drawn area occupies 1/2 to 2/3 of the live view image.
4.
Draw pupil distance.
Min. Pupil Distance
Click
to draw the minimum pupil distance. If the pupil distance of the face in the video
image is smaller than the minimum pupil distance, the face will not be detected.
Max. Pupil Distance
Click to draw the maximum pupil distance. If the pupil distance of the face in the video
image is larger than the maximum pupil distance, the face will not be detected.
You can also input the value of distance in the text
eld.
5.
Oponal: For shield region sengs, refer to Set Shield Region .
6.
For the arming schedule sengs, refer to Set Arming Schedule . For the linkage method sengs,
refer to Linkage Method Sengs .
7.
Click Save.
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8.
For overlay and capture sengs, refer to Overlay and Capture . For advanced parameters
sengs, refer to Face Capture Algorithms Parameters .
Result
You can view and download captured pictures in Playback → Picture . Refer to View and
Download Picture for details.
11.4.2 Overlay and Capture
Choose to congure capture parameters and the informaon you want to display on stream and
picture.
Note
The funcon varies according to dierent device models.
Overlay
Display VCA Info. on Stream
Display smart informaon on stream, including the target and rules informaon.
Display Target Info. on Alarm Picture
Overlay the alarm picture with target informaon.
Background Picture
Sengs
Background Picture Sengs
Comparing to target picture, background picture is the scene image which oers extra
environmental
informaon. You can set the background picture quality and resoluon.
Background Upload
If the background image need to be uploaded to surveillance center, check Background
Upload.
Face Picture
For some devices, you can also check Face Picture as needed. The device will upload the
captured face picture.
Compress Background Picture
The device uploads a compressed captured background picture. The higher the compression
level, the smaller the picture
le size.
Target Picture
Sengs
Target Picture Sengs
Custom, Head Shot, Half-Body Shot and Full-Body Shot are selectable.
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Note
If you select Custom, you can customize Width, Head Height and Body Height as required.
You can check Fixed Value to set the picture height.
Face Beaucaon
Check Face Beaucaon and adjust the beaucaon level as needed.
Note
Face Beaucaon slightly adjusts the captured face pictures and reduces noise of captured
face picture.
Face Enhancement
Check Face Enhancement and the device is able to capture beer and clearer face pictures
when it is dark.
Text Overlay
Text Overlay
You can check desired items and adjust their order to display on captured pictures.
See Set Camera Info to set Device No. and Camera Info.
11.4.3 Face Capture Algorithms Parameters
It is used to set and opmize the parameters of the algorithm library for face capture funcon.
Version
It stands for the current algorithm version.
Capture Parameters
Best Shot
The best shot aer target leaves the detecon area.
Capture Threshold
It stands for the quality of face to trigger capture and alarm. Higher value means
beer
quality should be met to trigger capture and alarm.
Capture Times
It refers to the capture mes a face will be captured during its stay in the congured area.
The default value is 1.
Quick Shot
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When the face picture grading value is higher than the quick shot threshold, the face picture
will be captured and uploaded. Otherwise, the picture with the highest grading value that
reaches the max. capture interval will be selected for upload.
Quick Shot Threshold
It stands for the quality of face to trigger quick shot.
Max. Capture Interval
It refers to the max. me occupaon for one quick shot.
Capture Times
It refers to the capture
mes a face will be captured during its stay in the congured area.
Remove Duplicated Faces
This funcon can help lter out repeated captures of certain face.
Similarity Threshold for Duplicates Removing
It is the similarity between the newly captured face and the picture in the duplicates removing
library. When the similarity value is higher than the value you set, the captured picture is
regarded as a duplicated face and will be dropped.
Duplicates Removing Library Grading Threshold
It is the face grading threshold that triggers duplicates checking. When the face grading is
higher than the set value, the captured face is compared with the face pictures that are
already in the duplicates removing library.
Duplicates Removing Library Update Time
The
me from when each face picture is added to the duplicates removing library unl when it
is deleted.
Face Exposure
Check the checkbox to enable the face exposure.
Reference Brightness
The reference brightness of a face in the face exposure mode. If a face is detected, the
camera adjusts the face brightness according to the value you set. The higher the value, the
brighter the face is.
Min.
Duraon
The minimum duraon of the camera exposures the face.
Note
If the face exposure is enabled, please make sure the WDR funcon is disabled, and the
manual iris is selected.
Face Filtering Time
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It means the me interval between the camera detecng a face and taking a capture. If the
detected face stays in the scene for a me shorter than the set ltering me, capture will not
be triggered. For example, if the face ltering me is set as 5 seconds, the camera will
capture the detected face when the face keeps staying in the scene for 5 seconds.
Note
The face ltering me (longer than 0 s) may increase the possibility of the actual capture
mes less than the set value above.
Facial Posture Filter
Facial posture lter can lter out face of certain postures. The gure on the right of the slider
stands for the posture angle which is acceptable in the face capture
acon. Click to display
the diagram illustrang the face turning direcon when seng up this lter.
Upload Feature
Feature stands for the feature informaon the algorithm can tell from face pictures. Check the
funcon to upload the informaon.
Restore Parameters
Restore Defaults
Click Restore to restore all the
sengs in advanced conguraon to the factory default.
11.4.4 Set Shield Region
The shield region allows you to set the specic region in which the set smart funcon rule is
invalid.
Steps
1.
Select Shield Region.
2.
Click
to draw shield region. Repeat this step above to set more shield regions.
3.
Oponal: Select and click on the drawn region, then click to delete the selected drawn
region.
4.
Oponal: Click to delete all drawn regions.
5.
Click Save.
11.5
Mul-Target-Type Detecon
Mul-Target-Type Detecon is to detect, capture and upload data of targets in mulple types, such
as human face, human body, and vehicle.
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Note
For certain device models, you need to enable Mul-Target-Type Detecon on VCA page rst.
The funcon is only supported by certain device models.
11.5.1 Set Mul-Target-Type Detecon Rule
Aer seng the mul-target-type detecon rules and algorithm parameters, the device captures
targets of mulple types and triggers linkage acons automacally.
Before You Start
Go to VCA and select the applicaon. Select Mul-Target-Type Detecon and click Next to enable
the
funcon.
Steps
1.
Go to VCA → Set Applicaon Mul-Target-Type Detecon → Rule .
2.
Check Enable.
Figure 11-14 Set Rules
3.
Click to draw a detecon area. Click on the live view to specify the vertexes and draw the
boundaries of the
detecon area, and right click to complete drawing.
4.
Enter the min. pupil distance in the text eld, or click to draw min. pupil distance.
Min. Pupil Distance
The min. pupil distance refers to the minimum area between two pupils, and it is basic for the
device to recognize a face.
5.
Check to enable the Flow Overlay, and set the parameters.
6.
Click Save.
7.
Oponal: For shield region sengs, refer to Set Shield Region .
8.
Set arming schedule. See Set Arming Schedule .
9.
Set linkage method. See
Linkage Method Sengs .
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10.
Oponal: For overlay and capture sengs, refer to Overlay and Capture . For advanced
parameters sengs, refer to Mul-Target-Type Detecon Advanced Parameters .
What to do next
Go to Playback → Picture to search and view the captured pictures. Refer to
View and Download
Picture for details.
Go to Applicaon Display → Display Alarm to see currently captured target pictures. Refer to
Smart Display for details.
11.5.2 Set Mul-Target-Type Counng Rule
This funcon is used to count the number of line crossing targets by type and detect the line
crossing
direcon.
Before You Start
Go to VCA and select the applicaon. Select Mul-Target-Type Detecon and click Next to enable
the
funcon.
Steps
1.
Check Enable to enable the funcon.
Figure 11-15 Set Mul-Target-Type Counng Rule
2.
Check the desired counng target.
3.
Draw and adjust the detecon line.
-
Click to draw the detecon line. Drag the line to the locaon on the live view as desired.
-
Click
to delete the drawn lines.
4.
Oponal: Set the ow overlay parameters.
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1) Check Enable to enable the ow overlay funcon.
2) Select the counng direcon.
3) Set the OSD Custom Content for the counng direcon name to be overlaid on the live view
video.
4) Set a daily reset me for Reset OSD, or you can also click Manual Reset to reset manually.
5.
Oponal: Set the data uploading parameters.
Real-Time Data Uploading
If checked, the device uploads the counng data in real-me.
Scheduled Uploading
If checked, the device uploads the counng data according to the stascal period. In this
case, Interval needs to be set.
6.
Oponal: Set email report parameters.
If you want to send the report by email, select the data type and report format as required.
When the device has
stascs on mul-target-type counng and the mailbox is set correctly, the
corresponding type of report
informaon can be sent by email.
7.
Click Save.
Note
The funcon is only supported by certain device models.
What to do next
You can view and export the
counng data in Applicaon Display. Refer to View Mul-Target-Type
Counng Stascs for details.
11.5.3 Overlay and Capture
Choose to congure capture parameters and the informaon you want to display on stream and
picture.
Note
The funcon varies according to dierent device models.
Overlay
Display VCA Info. on Stream
Display smart informaon on stream, including the target and rules informaon.
Display Target Info. on Alarm Picture
Overlay the alarm picture with target informaon.
Display Target Paern Info. on Alarm Picture
Overlay the target moving paern on the alarm picture.
Display Motor Vehicle Tracking Paern on Alarm Picture
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Overlay the motor vehicle target moving paern on the alarm picture.
Target Picture Sengs
Target Picture Sengs
Custom, Head Shot, Half-Body Shot and Full-Body Shot are selectable.
Note
If you select Custom, you can customize Width, Head Height and Body Height as required.
You can check Fixed Value to set the picture height.
Face Beaucaon
Check Face Beaucaon and adjust the beaucaon level as needed.
Note
Face Beaucaon slightly adjusts the captured face pictures and reduces noise of captured
face picture.
Face Enhancement
Check Face Enhancement and the device is able to capture beer and clearer face pictures
when it is dark.
License Plate Enhancement
Check it and the device is able to capture
beer and clearer license plate pictures.
Close-up Face Picture
Sengs
Close-up Face Picture Sengs
Aspect Rao
Width × Height
Central Point Oset
The height of the center point of the face picture. The higher the value, the closer the point is
to the top of the head.
Expansion Rao
The larger the expansion rao, the smaller the close-up face in the picture.
Background Picture
Sengs
Background Picture Sengs
Comparing to target picture, background picture is the scene image which oers extra
environmental informaon. You can set the background picture quality and resoluon.
Background Upload
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If the background image need to be uploaded to surveillance center, check Background
Upload.
Share Background for Face and Body
For some devices, you can check Share Background for Face and Body. Aer the funcon is
enabled, a background picture with human face and full-body image will be uploaded.
Face Picture
For some devices, you can also check Face Picture as needed. The device will upload the
captured face picture.
Compress Background Picture
The device uploads a compressed captured background picture. The higher the compression
level, the smaller the picture
le size.
Text Overlay
Text Overlay
You can check desired items and adjust their order to display on captured pictures.
See Set Camera Info to set Device No. and Camera Info.
11.5.4
Mul-Target-Type Detecon Advanced Parameters
It is used to set and opmize the parameters of the algorithm library for Mul-Target-Type
Detecon.
Note
The funcon varies according to dierent device models.
HMS Version
It refers to the current algorithm version, which cannot be edited.
Overlay Intelligent Informaon
Overlay the related intelligent informaon or POS informaon in the video.
Capture Parameters
Best Shot
Capture Threshold
It refers for the quality of face to trigger capture and alarm. Higher value means beer quality
should be met to trigger capture and alarm.
Quick Shot
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When the face picture grading value is higher than the quick shot threshold, the face picture
will be captured and uploaded. Otherwise, the picture with the highest grading value that
reaches the max. capture interval will be selected for upload.
Quick Shot Threshold
It stands for the quality of face to trigger quick shot.
Max. Capture Interval
It refers to the max.
me occupaon for one quick shot.
Remove Duplicated Faces
This
funcon can help lter out repeated captures of certain face.
Similarity Threshold for Duplicates Removing
It is the similarity between the newly captured face and the picture in the duplicates removing
library. When the similarity value is higher than the value you set, the captured picture is
regarded as a duplicated face and will be dropped.
Duplicates Removing Library Grading Threshold
It is the face grading threshold that triggers duplicates checking. When the face grading is
higher than the set value, the captured face is compared with the face pictures that are
already in the duplicates removing library.
Duplicates Removing Library Update Time
The
me from when each face picture is added to the duplicates removing library unl when it
is deleted.
Face Exposure
Check the checkbox to enable the face exposure.
Reference Brightness
It refers to the reference brightness of a face in the face exposure mode. If a face in the
actual scene is brighter than the set reference brightness, the device lowers the exposure
level. If a face in the actual scene is darker than the set reference, the device increases the
exposure level.
Minimum
Duraon
The extra me the device keeps the face exposure level aer the face disappears in the
scene.
Face Filtering Time
It means the me interval between the camera detecng a face and taking a capture. If the
detected face stays in the scene for a
me shorter than the set ltering me, capture will not be
triggered. For example, if the face ltering me is set as 5 seconds, the camera will capture the
detected face when the face keeps staying in the scene for 5 seconds.
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Note
The face ltering me (longer than 0 s) may increase the possibility of the actual capture mes
less than the set value above.
Simultaneous Frame Capture of Face and Human Body
The device will capture both face and human body pictures from the same frame when the
alarm is triggered, ensuring that the captured face and body pictures are associated with the
same target.
Note
The funcon is only supported by certain device models.
Data Upload
Data Upload
Check one or more desired target types for picture uploading.
Restore Parameters
Restore Defaults
Click Restore to restore all the sengs in advanced conguraon to the factory default.
11.5.5 Set Shield Region
The shield region allows you to set the specic region in which the set smart funcon rule is
invalid.
Steps
1.
Select Shield Region.
2.
Click
to draw shield region. Repeat this step above to set more shield regions.
3.
Oponal: Select and click on the drawn region, then click to delete the selected drawn
region.
4.
Oponal: Click to delete all drawn regions.
5.
Click Save.
11.5.6 View
Mul-Target-Type Counng Stascs
For the device that supports Mul-Target-Type Counng, you can view, generate a report of, and
report the counng data by its counng data stascs.
Before You Start
For mul-target-type counng sengs, refer to Set Mul-Target-Type Counng Rule for details.
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Steps
1.
Go to Applicaon Display Mul-Target-Type Counng Stascs .
2.
Set the search condion.
3.
Click Search to generate the report.
The data
informaon that matches the condions will be displayed.
4.
When the
stascs result is displayed in list, you can click Export to export the data.
11.6 Face Picture Comparison
Face picture comparison serves the purpose of face recognion by comparing the captured face
pictures with those in face picture library.
Note
For certain device models, you need to enable Face Picture Comparison on VCA page rst.
The funcon is only supported by certain device models.
11.6.1 Set Face Picture Library
Face picture library is used to store modeled human faces and informaon.
Steps
1.
Go to VCA → General
Sengs → Face Picture Library .
2.
Create a face picture library.
1) Click Add to add a face picture library.
2) Input library name, threshold and remarks.
Threshold
Face similarity higher than the set threshold triggers face picture comparison alarm
uploading.
3) Click OK.
4)
Oponal: Modify a face picture library. Select the desired library and click Modify and change
related parameters.
5)
Oponal: Delete a library. Select the desired library and click Delete.
3.
Add face pictures to the library.
Note
The picture format should be JPG or JPEG, and the size no larger than 300 KB per le.
Add one face
picture
Click Add and upload the face picture with detailed face informaon.
Import face
pictures in batch
Click Import and select picture path. You can select and import mulple
face pictures as required.
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Note
When you import face pictures in batch, the picture name is saved as the
face name. For other face informaon, you should modify one by one
manually.
4.
Oponal: Modify face informaon.
1) Select a face picture library.
2) Select the target face picture. You can use the search
funcon to locate the picture by
inpung search condions, and click Search.
3) Click Modify.
4) Edit detailed
informaon.
Note
Face picture is not allowed to change.
5) Click OK.
5.
Click Batch Modeling to create models for each face picture in library.
Note
Modeling process builds up face model for each selected face picture. Face model is required for
face picture comparison to take eect.
6.
Oponal: Repeat to create more face picture libraries.
11.6.2 Set Face Picture Comparison
The funcon compares captured pictures with face pictures in library and outputs comparison
result. Comparison result can trigger certain
acons when arming schedule and linkage method are
set.
Before You Start
Go to VCA and select the applicaon. Select Face Picture Comparison and click Next to enable
the
funcon.
You should rst set face capture funcon. See Set Face Capture .
You should
rst create a face picture library and add face pictures. See Set Face Picture Library .
Steps
1.
Go to VCA → Set Applicaon → Face Picture Comparison and select Comparison and Modeling.
2.
Check Enable.
3.
Select a comparison mode.
Best
Comparison
The device captures and compares the target face connuously when the
face target stays in the detecon area, and upload the best scored face
picture and related alarm informaon when the target face leaves the area.
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Quick
Comparison
The device captures and compares the target face when the face grading
exceeds the set Face Grading Threshold for Capture.
Face Grading Threshold for Capture
The face grading threshold for the device to judge whether to capture and
upload the face or not.
Max. Capture Interval
The max. interval between two captures when the target is in the
detecon area. The camera takes the capture when it reaches the max.
interval even if the face grading does not reach the set threshold.
Quick Setup Mode
Select the mode according to actual using scenarios. In custom mode, you
can set Comparison Timeout and Comparison Times.
4.
Oponal: Set data uploading.
-
Select desired informaon to upload.
-
Select the desired linked comparison alarm.
5.
Select a face picture library as the reference. Refer to
Set Face Picture Library for details.
6.
Set arming schedule. See Set Arming Schedule .
7.
Set linkage method. See
Linkage Method Sengs .
8.
Click Save.
What to do next
Go to Applicaon Display → Face Picture Comparison Result to view the face picture comparison
stascs. Refer to View Face Picture Comparison Result for details.
11.6.3 View Face Picture Comparison Result
Steps
1.
Go to
Applicaon Display → Face Picture Comparison Result .
2.
Set search condion and click Search.
Result
Matched results are shown in the right area.
11.7 People Management
People management is used to detect and analyze people number and changes in a predened
region. It can be applied to the entrances and exits, supermarkets, etc.
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Note
For certain device models, you need to enable People Management on VCA page rst.
The funcon is only supported by certain device models.
11.7.1 Regional People Counng
It counts people in a predened area and detects people number changes and crowded situaon.
When the people number excepon or waing me excepon occurs, the device can trigger an
alarm.
Refer to
Set People Density to set people density detecon.
Refer to Set People Excepon Detecon to set people excepon detecon.
Refer to Waing Time Excepon Detecon to set waing me excepon detecon.
Set People Density
This funcon detects the level of people density in the set rule region.
Before You Start
Go to VCA → Select Applicaon , select People Management and click Next to enable the
funcon.
For the device supporng HEOP, go to VCA to import and enable People Management.
Steps
1.
Go to VCA → Set Applicaon → People Management → Regional People Counng → Rule .
2.
Click Add to add a rule and set its name.
3.
Set a rule.
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Figure 11-16 Set Rules
People Number OSD
It displays the
real-me people number in the live view window. You can drag the mouse to
adjust the OSD window
locaon.
Note
People density alarm does not support Alarm Times Per Excepon, Alarm Interval and First
Alarm Delay sengs.
4.
Click to draw a region in the live view window, le click the end-points in the live view
window to
dene the boundary of the set rule region, and right click to nish drawing.
Note
Up to 8 regions can be set at the same me.
Try not to overlap the regions.
5.
Check People Density Alarm to enable the funcon.
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Figure 11-17 People Density Alarm
Scheduled Uploading
The device uploads people density informaon within the set stascs cycle.
People Quanty Change Upload
The device uploads the people quanty change informaon if there is any change in the set
rule region.
Congeson Level Upload
The device uploads the congeson informaon when there is any change of congeson level
in the set rule region.
Density Level
Number of People
The range for each level by inpung the lower limit of the number of people in the set
rule region.
Custom Name
The name of the level.
Note
Set the Number of People before the Custom Name.
Up to three levels can be congured. The density increases from level 1 to level 3.
6.
Set arming schedule. See Set Arming Schedule .
7.
Set linkage method. See
Linkage Method Sengs .
8.
Click Save.
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9.
Oponal: Set overlay and capture parameters. For detailed sengs, refer to Overlay and
Capture .
10.
Oponal: View version and set ltering condion. For detailed sengs, refer to Advanced
Sengs .
Set People Excepon Detecon
This funcon detects the number of people in the set rule region and an alarm is triggered when
the situaon meets the alarm-triggering condion.
Before You Start
Go to VCA → Select Applicaon , select People Management and click Next to enable the
funcon.
For the device supporng HEOP, go to VCA to import and enable People Management.
Steps
1.
Go to VCA → Set Applicaon → People Management → Regional People Counng → Rule .
2.
Click Add to add a rule and set its name.
3.
Set a rule.
Figure 11-18 Set Rules
People Number OSD
It displays the real-me people number in the live view window. You can drag the mouse to
adjust the OSD window locaon.
Alarm Times Per Excepon
It refers to the alarm mes aer an alarm is triggered. If you do not check it and set the
mes, the device will keep sending alarms.
Alarm Interval
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Within the set Alarm Interval, the same alarm will not be uploaded.
First Alarm Delay
When the rst alarm is triggered, the alarm will be uploaded aer a set me period.
4.
Click to draw a region in the live view window, le click the end-points in the live view
window to dene the boundary of the set rule region, and right click to nish drawing.
Note
Up to 8 regions can be set at the same me.
Try not to overlap the regions.
5.
Check Regional People Excepon Alarm, and set Alarm Trigger Condion and Alarm Threshold.
Note
Aer enabling Ignore Situaon of No People, the device will not trigger an alarm when there
is no people in the region.
This funcon can lter the potenal alarm condion under which the value is less than the set
Alarm Threshold and no people in the region.
Figure 11-19 Regional People Excepon Alarm
6.
Set arming schedule. See Set Arming Schedule .
7.
Set linkage method. See Linkage Method Sengs .
8.
Click Save.
9.
Oponal: Set overlay and capture parameters. For detailed sengs, refer to Overlay and
Capture .
10.
Oponal: View version and set ltering condion. For detailed sengs, refer to Advanced
Sengs .
Waing
Time Excepon Detecon
This funcon detects the waing me of the set rule region and an alarm is triggered when the
waing me meets the alarm-triggering condion.
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Before You Start
Go to VCA → Select Applicaon , select People Management and click Next to enable the
funcon.
For the device
supporng HEOP, go to VCA to import and enable People Management.
Steps
1.
Go to VCA → Set Applicaon → People Management → Regional People Counng → Rule .
2.
Click Add to add a rule and set its name.
3.
Set a rule.
Figure 11-20 Set Rules
People Number OSD
It displays the real-me people number in the live view window. You can drag the mouse to
adjust the OSD window locaon.
Alarm Times Per Excepon
It refers to the alarm mes aer an alarm is triggered. If you do not check it and set the
mes, the device will keep sending alarms.
Alarm Interval
Within the set Alarm Interval, the same alarm will not be uploaded.
First Alarm Delay
When the rst alarm is triggered, the alarm will be uploaded aer a set me period.
Note
Dwell me excepon alarm supports Alarm Times Per Excepon, Alarm Interval and First Alarm
Delay sengs only on the condion that the Alarm Trigger Condion is Greater Than Threshold
A.
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4.
Click to draw a region in the live view window, le click the end-points in the live view
window to dene the boundary of the set rule region, and right click to nish drawing.
Note
Up to 8 regions can be set at the same me.
Try not to overlap the regions.
5.
Check Dwell Time Excepon Alarm, and set Alarm Trigger Condion and Alarm Threshold.
Figure 11-21 Dwell Time Excepon Alarm
6.
Set arming schedule. See Set Arming Schedule .
7.
Set linkage method. See
Linkage Method Sengs .
8.
Click Save.
9.
Oponal: Set overlay and capture parameters. For detailed sengs, refer to Overlay and
Capture .
10.
Oponal: View version and set ltering condion. For detailed sengs, refer to Advanced
Sengs .
11.7.2
On/O Duty Detecon
When a target in a predened area triggers an on/o duty rule, the device can take linkage acons.
It can detect the on/o duty status and people number changes in a predened area.
Before You Start
Go to VCA and select the applicaon. Select People Management and click Next to enable the
funcon.
For the device supporng HEOP, go to VCA to import and enable People Management.
Steps
1.
Go to VCA → Set Applicaon → People Management On/O Duty Detecon → Rule .
2.
Click Add and edit the rule name according to your need.
3.
Select a rule and set the rule parameters.
Absence
Detecon
If the people number in the set area is less than the value of Person On Duty and the lasng
me is longer than the Absence Duraon, an alarm is triggered.
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On/O Duty Detecon
It includes on/o duty situaon detecon.
People Number OSD
It overlays the real-me people number on the live view. You can adjust the OSD locaon by
dragging the mouse.
Figure 11-22 Set Rules
4.
Click to draw a rule area in the live view window. Le click the end-points in the live view
window to dene the boundary of the set rule area, and right click to nish drawing.
Note
Up to 8 areas can be set at the same me.
Try not to overlap the areas.
5.
Click Save.
Note
You can set the parameters of mulple areas by repeang the above steps.
6.
For the arming schedule sengs, refer to Set Arming Schedule . For the linkage method sengs,
refer to Linkage Method Sengs .
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Note
Select the rule in the rule list, and click Copy to... to copy the related arming schedule and
linkage method sengs to the other rules.
7.
Oponal: Set overlay and capture parameters. For detailed sengs, refer to Overlay and
Capture .
8.
Oponal: View version and set ltering condion. For detailed sengs, refer to Advanced
Sengs .
11.7.3 Queue Management
It is used to calculate and analyze the number of people and queue status in the area, and output
results.
Refer to
Set Queue Duraon Predicon to set queue duraon predicon.
Refer to Set Regional People Queuing-Up to set regional people queuing-up detecon.
Refer to Set Waing Time Detecon to set waing me detecon.
Refer to Queue Management Stascs to set and view queue management stascs.
Note
Queue management is only supported by certain models.
Queue Duraon Predicon is mutually exclusive with some funcons, such as On/O Duty
Detecon, Regional People Queuing-Up and Waing Time Detecon. Enable this funcon may
make other
funcons unavailable, and vice versa.
Set Queue Duraon Predicon
It is used to calculate and predict the queue duraon in the predened area.
Before You Start
Go to VCA and select the applicaon. Select People Management and click Next to enable the
funcon.
For the device supporng HEOP, go to VCA to import and enable People Management.
Steps
1.
Go to VCA → Set Applicaon → People Management → Queue Management → Rule .
2.
Check Queue Duraon Predicon to enable the funcon.
Note
Queue Duraon Predicon is mutually exclusive with some funcons, such as On/O Duty
Detecon, Regional People Queuing-Up and Waing Time Detecon. Enable this funcon may
make the other funcons unavailable, and vice versa.
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Figure 11-23 Set Queue Duraon Predicon
3.
Draw areas.
Note
You can click View Drawing Example for a drawing example of the actual scene.
1) Click Add and edit the rule name according to your need.
2) Select an Area color and click to draw a rule area. Le click the end-points in the live view
window to
dene the boundary of the set rule area, and right click to nish drawing. It is
recommended that the queue should be in the area.
3) Click
to draw a quadrilateral area. It is recommended that the quadrilateral area should be
drawn in the front of the queue.
Note
Up to 8 areas can be set at the same me.
Try not to overlap the areas.
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Figure 11-24 Drawing Example of Queue Duraon Predicon
4.
Set rule parameters.
Queue
Duraon OSD Overlay
When enabled, the queue duraon will be displayed in the image, and you can adjust the
display posion of the OSD overlay on the live view image.
Expected Queue Duraon Upload Interval and Alarm Interval
The device uploads queue duraon informaon at each upload interval. In the set Alarm
Interval, only one
nocaon is triggered for repeated alarms.
5.
Click Save.
Note
You can set the parameters of mulple areas by repeang the above steps.
6.
For the arming schedule sengs, refer to Set Arming Schedule . For the linkage method sengs,
refer to Linkage Method Sengs .
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Note
Select the rule in the rule list, and click or click Copy to... to copy the related arming schedule
and linkage method sengs to the other rules.
7.
Oponal: Set overlay and capture parameters. For detailed sengs, refer to Overlay and
Capture .
8.
Oponal: View version and set ltering condion. For detailed sengs, refer to Advanced
Sengs .
What to do next
Go to
Applicaon Display → Queue Management Stascs to view detailed data analysis. For
detailed sengs, refer to Queue Management Stascs .
Set Regional People Queuing-Up
It is used to count queuing-up persons in dened areas. Alarms are triggered when the alarm
threshold condion and the alarm trigger are both met.
Before You Start
Go to VCA and select the applicaon. Select People Management and click Next to enable the
funcon.
For the device supporng HEOP, go to VCA to import and enable People Management.
Steps
1.
Go to VCA → Set Applicaon → People Management → Queue Management → Rule .
2.
Click Add and edit the rule name according to your need.
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3.
Select an Area color and click to draw a rule area. Le click the end-points in the live view
window to dene the boundary of the set rule area, and right click to nish drawing.
Note
Up to 8 areas can be set at the same me.
Try not to overlap the areas.
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Figure 11-25 Draw Area
4.
Set rule parameters.
Alarm Interval
During the set alarm interval, alarms of the same type only trigger one
nocaon.
People Number OSD
It displays the number of people in the live view window.
Ignore Situaon of No People
The device will not trigger an alarm when there is no people in the scene. This funcon can
lter the potenal alarm condion under which the value is less than the set alarm threshold
and no people is in the scene.
5.
Select Regional People Queuing-Up and set Alarm Trigger
Condion and Alarm Threshold.
When the people number in the set area reaches alarm threshold and triggering condion, an
alarm will be triggered.
6.
Click Save.
Note
You can set the parameters of mulple areas by repeang the above steps.
7.
For the arming schedule sengs, refer to Set Arming Schedule . For the linkage method sengs,
refer to Linkage Method Sengs .
Note
Select the rule in the rule list, and click or click Copy to... to copy the related arming schedule
and linkage method sengs to the other rules.
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8.
Oponal: Click Data Upload to set data uploading. Both real-me uploading and scheduled
uploading are supported. Click Save aer nishing the sengs.
Real-Time Uploading
Check Real-Time Upload and the device uploads the detected target ID, waing duraon, and
regional people number in real-me.
Scheduled Uploading
The device uploads the people number whose
waing duraon is equal to or larger than the
Min. Duraon of Stay at the integral point.
For example, if the min. duraon of stay is set as 10 sec and two areas are covered, the
device, at the integral point, will upload the people number when the
duraon of stay is
equal to or longer than 10 sec in two areas respecvely.
9.
Oponal: Set overlay and capture parameters. For detailed sengs, refer to Overlay and
Capture .
10.
Oponal: View version and set ltering condion. For detailed sengs, refer to Advanced
Sengs .
What to do next
Go to
Applicaon Display → Queue Management Stascs to view detailed data analysis. For
detailed
sengs, refer to Queue Management Stascs .
Set
Waing Time Detecon
It is used to count the waing me of each person that enters a detecon area. Alarms are
triggered when the alarm threshold condion and the alarm trigger are both met.
Before You Start
Go to VCA and select the applicaon. Select People Management and click Next to enable the
funcon.
For the device supporng HEOP, go to VCA to import and enable People Management.
Steps
1.
Go to VCA → Set Applicaon → People Management → Queue Management → Rule .
2.
Click Add and edit the rule name according to your need.
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3.
Select an Area color and click to draw a rule area. Le click the end-points in the live view
window to dene the boundary of the set rule area, and right click to nish drawing.
Note
Up to 8 areas can be set at the same me.
Try not to overlap the areas.
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Figure 11-26 Draw Area
4.
Set rule parameters.
Alarm Interval
During the set alarm interval, alarms of the same type only trigger one
nocaon.
People Number OSD
It displays the number of people in the live view window.
5.
Select
Waing Time Detecon and set Alarm Trigger Condion and Alarm Threshold.
When the waing me in the set area reaches alarm threshold and triggering condion, an
alarm will be triggered.
6.
Click Save.
Note
You can set the parameters of mulple areas by repeang the above steps.
7.
For the arming schedule sengs, refer to Set Arming Schedule . For the linkage method sengs,
refer to Linkage Method Sengs .
Note
Select the rule in the rule list, and click or click Copy to... to copy the related arming schedule
and linkage method sengs to the other rules.
8.
Oponal: Click Data Upload to set data uploading. Both real-me uploading and scheduled
uploading are supported. Click Save aer nishing the sengs.
Real-Time Uploading
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Check Real-Time Upload and the device uploads the detected target ID, waing duraon, and
regional people number in real-me.
Scheduled Uploading
The device uploads the people number whose waing duraon is equal to or larger than the
Min. Duraon of Stay at the integral point.
For example, if the min. duraon of stay is set as 10 sec and two areas are covered, the
device, at the integral point, will upload the people number when the
duraon of stay is
equal to or longer than 10 sec in two areas respecvely.
9.
Oponal: Set overlay and capture parameters. For detailed sengs, refer to Overlay and
Capture .
10.
Oponal: View version and set ltering condion. For detailed sengs, refer to Advanced
Sengs .
What to do next
Go to Applicaon Display → Queue Management Stascs to view detailed data analysis. For
detailed
sengs, refer to Queue Management Stascs .
Queue Management
Stascs
Queue management supports data analysis and report output.
Before You Start
For queue management sengs, refer to Set Regional People Queuing-Up and Set Waing Time
Detecon .
Select Queuing-Up Time Analysis and
Mul-Area Comparison to compare queuing-up people
number of dierent areas.
Select Queuing-Up Time Analysis and
Mul-Level Comparison to compare queuing-up people
number of dierent waing me levels.
Select Queue Status Analysis and Mul-Area Comparison to compare the me and duraon
that a queue stays at a certain length in dierent areas.
Select Queue Status Analysis and Mul-Level Comparison to compare the me and duraon of
the queue at
dierent queue length levels.
Steps
Note
With an on-board memory card installed, the device can save up to one mouth's data. With NO
memory card installed, the device can only save up to one week's data.
1.
Go to Applicaon Display → Queue Management Stascs .
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Figure 11-27 Queue Management Stascs
2.
Select Report Type and Stascs Time.
3.
Select
Stascs Content.
Queuing-Up Time Analysis
Queuing-up me analysis calculates people number of dierent waing me levels.
Queue Status Analysis
Queue status analysis calculates the me and duraon that a queue stays a certain length.
4.
Select
Stascs Dimension.
Mul-Area Comparison
Mulple areas and one level can be selected for analysis, and an analysis chart can be drawn.
Mul-Level Comparison
Mulple levels and areas can be selected for analysis, and one analysis chart is drawn for
each area.
5.
Check one or more areas.
6.
Set
Waing Time Level. Check one desired range and enter values.
7.
Click Search to generate the report.
8.
Oponal: Click Export to export the data.
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11.7.4 Overlay and Capture
Choose to congure capture parameters and the informaon you want to display on stream and
picture.
Note
The funcon varies according to dierent device models.
Go to VCA → People Management → Overlay & Capture .
Display VCA Info. on Stream
Display smart
informaon on stream, including the target and rules informaon.
Display Target Info. on Alarm Picture
Overlay the alarm picture with target informaon.
Text Overlay
You can check desired items and adjust their order to display on captured pictures.
See Set Camera Info to set Device No. and Camera Info.
11.7.5 Advanced
Sengs
Set the advanced parameters for people management funcon and click Save.
Version
It stands for the current algorithm version.
Overlay Intelligent Informaon
Overlay the related intelligent informaon or POS informaon in the video.
Algorithm Mode
Select a mode according to the installaon scene.
Filter
Target Size
It stands for the size of the target
detecon window. A target larger than this pixel can be
counted as a real target. It can remove the false alarm of a certain xed target.
Displacement
It stands for target displacement or the target width. A target will not be counted if its
displacement is less than the set percentage.
Min. Waing Duraon
Waing me shorter than the set value will be ltered.
Condence
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The higher the threshold is, the more dicult a target will be detected, but the higher the
accuracy is.
Note
The ltering sengs should be operated by the professionals. The lter sengs can adjust the
algorithm for detecon to change the detecon range, sensivity, etc.
Clear Storage Data
Clear all people counng data stored in the device. This funcon must be used with cauon.
11.8 Heat Map
Heat map is a graphical
representaon of data represented in colors. The heat map funcon of the
camera is used to analyze the
vising mes and dwelling me of customers in a congured area.
Note
The funcon is only supported by certain device models.
11.8.1 Set Heat Map
If you want to query stascal data of heat map, please congure the camera rst.
Before You Start
Go to VCA and select the applicaon. Select People Management and click Next to enable the
funcon.
For the device supporng HEOP, go to VCA to import and enable People Management.
Set the storage path rst before searching heat map data. For the storage sengs, refer to
Storage Sengs .
Steps
1.
Go to VCA → Set Applicaon → People Management → Heat Map Conguraon .
2.
Check Enable to enable the funcon.
3.
Draw a detecon area. Click , click on the live view to specify the vertexes and draw the
boundaries of the detecon area, and right click to complete drawing.
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Figure 11-28 Draw Area
4.
Congure the parameters for the drawn area.
Expected Number of People
It refers to the max. number of people for heat map
counng.
ON
It refers to that the camera will compare the max. number of the people in the actual
scene with the set expected number of people and take the larger one as the max.
number of people for heat map.
OFF
It refers to that the camera will take the actual number of people as the max. value of heat
map.
Figure 11-29 Set Rules
5.
Click Save.
6.
Set arming schedule. See Set Arming Schedule .
7.
Set linkage method. See
Linkage Method Sengs .
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8.
Oponal: Click Data Upload to set the data uploading informaon. Click Save to save the
sengs.
Uploading Data Type
Dwell Time
It refers to the target's dwelling me in the detecon area.
Dwell Time and Number of People
It refers to the target's dwelling me in the detecon area and the people number in the
detecon area.
What to do next
The heat map stascs will be calculated under Applicaon Display tab. Go to Applicaon Display
to check the heat map
stascs.
11.8.2 View Heat Map Data
Heat map can observe and calculate the people ow in a predened area and display the ow
stascs
in graphical form. It can be applied to scenes of large passenger ow such as malls,
supermarkets, and museums. You can nd the customers' preferences to adjust the places of
merchandise through heat map.
Before You Start
Finish heat map
conguraon. For details, refer to Set Heat Map .
Steps
1.
Go to Applicaon Display → Heat Map .
2.
Select Report Type. Daily report, weekly report, monthly report, and annual report are
selectable.
3.
Select Heat Map Type.
Spaal heat map and me heat map are selectable.
4.
Select
Stascs Type. By dwell me and by people number are selectable.
5.
Select Stascs Time.
6.
Click Search.
Daily report calculates the data on the date you selected; weekly report calculates the week data
your selected date belongs to; monthly report calculates the data for the month your selected
date belongs to; and the annual report calculates the data for the year your selected date
belongs to.
Example
Aer the calculang, you can view the data in the spaal heat map and me heat map.
Spaal Heat Map
Perform a stascal analysis on the cumulave dwelling of people in dierent areas in the
enre image.
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Dierent heat values correspond to dierent colors, among which red (255, 0, 0) represents the
highest heat, and blue (0, 0, 255) represents the lowest heat. The highest heat value and lowest
heat value are divided into N levels, corresponding to dierent colors.
Time Heat Map
Perform a stascal analysis on the total dwelling me of all people in the enre image.
The me heat map is presented in a line chart, and you can click Export to export the data in an
excel
le.
11.9 Mul-Dimension People Counng
This funcon is used to calculate the number of people entering in or exing from the specied
scene.
Note
For certain device models, you need to enable Mul-Dimension People Counng on VCA page
rst.
The funcon is only supported by certain device models.
Figure 11-30 Set Mul-Dimension People Counng
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11.9.1 Set Mul-Dimension People Counng Rule
Aer seng the detecon rules and algorithm parameters, the device calculates the number of
people entering or
exing in the rule area, triggers linkage acons and uploads data automacally.
Before You Start
Go to VCA → Select Applicaon , select Mul-Dimension People Counng and click Next to
enable the funcon.
Steps
1.
Go to VCA → Set Applicaon Mul-Dimension People Counng → Rule .
Figure 11-31 Set Rules
2.
Click to draw a convex red rule frame. The rule frame should be larger than the actual
detecon area, such as door.
3.
Draw a
detecon line.
When the detecon area only supports one-way direcon, it is recommended to click to
draw a straight
detecon line.
When the detecon area supports mulple direcons, or there are walls and obstacles in the
detecon area, it is recommended to click to draw a polyline.
Note
The detecon line should be within and in the middle of the rule area. It is recommended to
draw the line on people chest posion in the live view.
The arrow of the detecon line shows entering direcon.
4.
Oponal: When the detecon area supports mulple direcons, you can enable Flow Direcon
Analysis. If the funcon is enabled, the device will change the detecon line into a polyline
automacally, divide the entrance region into sub-region B, C and D, and count the ow
direcon
of people.
5.
Oponal: Adjust the detecon area and detecon line.
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Click Change the detecon line direcon if the direcon is dierent from the actual ow
direcon.
Click Clear all detecon areas and lines.
6.
Draw pupil distance.
Min. Pupil Distance
Click to draw the minimum pupil distance. If the pupil distance of the face in the video
image is smaller than the minimum pupil distance, the face will not be detected.
Max. Pupil Distance
Click
to draw the maximum pupil distance. If the pupil distance of the face in the video
image is larger than the maximum pupil distance, the face will not be detected.
7.
Set the
ow counng parameters.
Flow Overlay
Select the data to be displayed on the live view from the drop-down list.
Daily Reset Time
Select a me point through the drop-down list. Aer selecng, the ow counng data will be
automacally cleared at this me point every day. Click Manual Reset to manually trigger a
data reset.
8.
Set arming schedule. See
Set Arming Schedule .
9.
Set linkage method. See Linkage Method Sengs .
10.
Oponal: Set the people counng data uploading parameters.
Real-Time Upload Data
If it is checked, the ow counng data will be uploaded to the plaorm for update in real
me.
Upload Data Periodically
If it is checked, the ow counng data will be uploaded to the plaorm for update according
to the stascal period. In this case, Data Stascs Cycle needs to be set.
11.
Click Save.
When the target crosses the
detecon area along the entering direcon and passes the
detecon line, the target is counted as one entering target.
When the target crosses the detecon area along the leaving direcon and passes the
detecon line, the target will be counted as one exing target.
When the target crosses the
detecon area along the entering direcon mulple mes
within the Filtering Time Interval, and passes the detecon line, the target will be counted
as one duplicate target.
12.
Oponal: Set data opmizaon parameters. Click Save aer seng the parameters.
Special
Aribute Deduplicaon
If enabled, the device will determine whether the target is a duplicate target with the same
aribute. If it is a duplicate target, it will be counted as one entering target, and also
counted as one duplicate target.
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Dynamic Deduplicaon
Persons who appear repeatedly within the Filtering Time Interval are not counted as an
eecve target. In other words, if it is a duplicate target, it will be counted as one duplicate
target and one entering target. If the Filtering Time Interval is set to 0, the funcon is not
enabled.
Face Picture Library Deduplicaon
If enabled, the device compares the target with the modeling data in the face library to
determine whether it is a duplicate target. If it is a duplicate target, it will be counted as one
entering target, and also counted as one duplicate target.
Note
For detailed sengs about face picture library, refer to Set Face Picture Library .
13.
Oponal: Set face picture comparison alarm. See Set Face Picture Comparison Alarm .
14.
Oponal: Set overlay and capture parameters.
Display VCA Info. on Stream
Display smart
informaon on stream, including the target and rules informaon.
Display Target Info. on Alarm Picture
Overlay the alarm picture with target informaon.
Text Overlay
You can check desired items and adjust their order to display on captured pictures by
sorng.
15.
Oponal: Set advanced parameters. Refer to Mul-Dimension People Counng Advanced
Sengs for details.
What to do next
Go to
Applicaon Display to view detailed people counng data analysis. For detailed sengs,
refer to View People Counng Stascs .
11.9.2
Mul-Dimension People Counng Advanced Sengs
Go to VCA → Set Applicaon Mul-Dimension People Counng → Advanced to view and set
the advanced parameters.
Note
The funcon varies according to dierent device models.
Parameters
Mul-Dimension People Counng Version
It stands for the current algorithm version.
Overlay Intelligent Informaon
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Overlay the related intelligent informaon or POS informaon in the video.
Algorithm Mode
View and select a mode according to the installaon scene.
Data Management
Clear Storage Data
This acon clears all counng data stored in the device. Pay aenon to this.
11.9.3 Set Face Picture Library
Face picture library is used to store modeled human faces and informaon.
Steps
1.
Go to VCA → General Sengs → Face Picture Library .
2.
Create a face picture library.
1) Click Add to add a face picture library.
2) Input library name, threshold and remarks.
Threshold
Face similarity higher than the set threshold triggers face picture comparison alarm
uploading.
3) Click OK.
4)
Oponal: Modify a face picture library. Select the desired library and click Modify and change
related parameters.
5)
Oponal: Delete a library. Select the desired library and click Delete.
3.
Add face pictures to the library.
Note
The picture format should be JPG or JPEG, and the size no larger than 300 KB per le.
Add one face
picture
Click Add and upload the face picture with detailed face informaon.
Import face
pictures in batch
Click Import and select picture path. You can select and import mulple
face pictures as required.
Note
When you import face pictures in batch, the picture name is saved as the
face name. For other face informaon, you should modify one by one
manually.
4.
Oponal: Modify face informaon.
1) Select a face picture library.
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2) Select the target face picture. You can use the search funcon to locate the picture by
inpung search condions, and click Search.
3) Click Modify.
4) Edit detailed
informaon.
Note
Face picture is not allowed to change.
5) Click OK.
5.
Click Batch Modeling to create models for each face picture in library.
Note
Modeling process builds up face model for each selected face picture. Face model is required for
face picture comparison to take eect.
6.
Oponal: Repeat to create more face picture libraries.
11.9.4 Set Face Picture Comparison Alarm
The funcon compares captured pictures with face pictures in library and outputs comparison
result. Comparison result can trigger certain acons when arming schedule and linkage method are
set.
Before You Start
Go to VCA → Select
Applicaon , select Mul-Dimension People Counng and click Next to
enable the funcon.
You should rst create a face picture library and add face pictures. Go to VCA → General Sengs
→ Face Picture Library to congure and manage the face pictures in library.
Steps
1.
Go to VCA → Set Applicaon Mul-Dimension People Counng → Face Picture Comparison
Alarm .
2.
Check Background Upload if you need to
aach captured pictures to alarm informaon.
Comparing to target picture, background picture is the scene image which oers extra
environmental informaon. You can set the Background Picture Resoluon.
3.
Select a face picture library.
4.
Set arming schedule of the related face picture library.
1) Click
.
2) Click Draw, and drag the
me bar to draw desired valid me.
Note
Each cell represents 30 minutes.
Move the mouse over the drawn me period to see specic me periods and ne-tune the
start me and end me.
Up to 8 periods can be
congured for one day.
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3) Click Erase, and drag the me bar to clear selected valid me.
4) Click OK to save the sengs.
Figure 11-32 Set Arming Schedule
5.
Set linkage method of the related face picture library. Click to set linkage method and save
the sengs. For detailed sengs, refer to Linkage Method Sengs .
6.
Click Save.
7.
Oponal: Repeat the above steps to congure the face picture comparison for the other face
picture library.
What to do next
Go to Applicaon Display to view detailed data analysis. For detailed sengs, refer to View Face
Picture Comparison Result .
11.9.5 View Face Picture Comparison Result
Steps
1.
Go to
Applicaon Display → Face Picture Comparison Result .
2.
Set search condion and click Search.
Result
Matched results are shown in the right area.
11.9.6 View People
Counng Stascs
You can view the people counng data stored in the device through the table, bar chart and line
chart.
Steps
1.
Go to
Applicaon Display → People Counng .
2.
Set Report Type, Stascs Type and Start Time.
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3.
Click Search.
You can select Line Chart, Bar Chart and Table to view the data, and you can export the people
counng data through Excel.
11.10 AI Open Plaorm
AI Open Plaorm is to generate a model library based on the training material provided by the
user, then load the model library into the device and allow user to congure tasks and rules. When
a target in the scene is detected to trigger the rules, the device can take linkage
acons, which can
realize personalized smart applicaons.
Note
The funcon is only supported by certain device models.
For certain device models, you need to enable AI Open Plaorm on VCA page rst.
11.10.1 Set AI Open Plaorm
Steps
1.
Go to VCA → Set
Applicaon → AI Open Plaorm .
Note
Specic smart funcons are supported for conguraon via the AI Open Plaorm, such as
hard hat detecon.
Aer selecng a specic funcon, the device will load the model package of the
corresponding
funcon.
The
funcon varies according to dierent device models, please refer to the actual device.
-
For Hard Hat Detecon, it detects targets in the set detecon area who do not wear the hard
hat and triggers an alarm.
2.
Oponal: Add a model into Model Library. Select the Model Library and related Label File from
the local path, then set the Model Name. The model types are as follows.
Detecon Model
Detects a
specic target in the live view and provides the detecon result and coordinate
posion of the target.
Classicaon Model
Classies pictures or targets with aributes.
Mixed Model
Detects targets in the live view and classies them.
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Note
Max. Number of Model Packages refers to the maximum number of model packages that the
device supports.
Figure 11-33 Add Model
3.
Go to engine list to bind and set if the plaorm supports mulple engines.
4.
Select a model and enable it.
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Figure 11-34 Set Task
5.
Select an Analysis Mode.
Live Video Analysis
The device analyzes the live video to realize target detecon and
result uploading.
Scheduled Capture
Analysis
The device captures based on the set Auto-Switch Interval to analyze
the captured picture and upload results.
Note
If the mode is enabled and set, you can click the mode to change the current analysis mode.
6.
Set rules for the linked channel. Refer to Set Rules for details.
7.
Set the arming schedule and linkage method. For the arming schedule sengs, refer to Set
Arming Schedule . For the linkage method sengs, refer to Linkage Method Sengs .
8.
Oponal: Set advanced parameters. Enable Overlay Target Frame and Rule Overlay according to
your needs.
Overlay Target Frame
Overlay the alarm picture with target frame.
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Rule Overlay Overlay the alarm picture with rule informaon.
9.
Click Save.
11.10.2 Set Rules
Set rules for the linked channel.
Before You Start
Make sure the related model in VCA → AI Open
Plaorm is selected, and the task conguraon is
nished.
Steps
1.
Click Add Rule. Select the rule and click
to rename the rule and select the rule type.
Figure 11-35 Set Rules
Region Target Excepon Status Detecon
Detects and counts the number of the target in the predened virtual rule area, and
compares it with the
seng rule. When sasfying the triggering condion, it will trigger the
alarm.
Line Crossing Target Detecon
Detects if any targets crossing the predened virtual rule line and triggers the alarm when
detects.
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Full Analysis Rule
Detects and analyzes all targets in the predened virtual rule area.
Line Crossing Target Counng
Detects and counts the number of the target crossing the predened virtual rule line.
Region Target Number Counng
Detects and counts the number of the target in the predened virtual rule area.
Combined Rule
Supports Region Target
Excepon Status Detecon and Line Crossing Target Detecon in the
predened virtual rule area. You can set Combined Mode as All Sasfy or Sasfy In Order for
the detecon order.
Note
Rule types vary according to dierent model packages, please refer to the actual device.
2.
Set the detecon rule and draw rule area or line.
-
Draw a rule area: click
to draw a convex area in the live view window, le click the end-
points in the live view window to
dene the boundary of the set rule area, and right click to
nish drawing.
-
Draw a rule line: click and a line with an arrow appears in the live video. Drag the line to
the locaon in the live view window as desired.
3.
Set rule parameters.
Object
The
detecon target type of the model.
Aribute
The detecon target property of the model.
Duraon
The duraon of the status. The alarm will be triggered when the set me duraon is reached.
Alarm Interval
During the set alarm interval, alarms of the same type only trigger one nocaon.
Sensivity
The higher the value of sensivity is, the easier the alarm can be triggered. If the sensivity
value is too large, the false alarm may be produced easier. Please set it according to the
actual situaon.
Max. Alarm Times
The maximum number of mes an alarm can be triggered in the status that triggers the
alarm.
Counng Interval
The me interval for counng.
Algorithm Validity
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When the condence threshold given by the algorithm is greater than or equal to the set
validity, an alarm is triggered and uploaded.
Line Crossing
The direcon from which the target goes across the line.
Quanty
Check Quanty and select the alarm rule from the drop-down box. Set Threshold or the
range (Min and Max) according to the alarm rule. When the number of the target sases
the seng alarm rule, the device will trigger the alarm.
Report Time Interval
It refers to the me interval for uploading the counng results when selecng Region Target
Number Counng.
Note
Rule parameters vary according to dierent rules, please refer to the actual device.
4.
Click Save.
11.11 Road
Trac
Vehicle Detecon and Mixed-Trac Detecon are available for the road trac monitoring. The
device captures the passing motor vehicles and non-motor vehicles and uploads the relevant
informaon together with the captured pictures.
Note
For certain device models, you need to select Road Trac on VCA page rst.
The funcon is only supported by certain device models.
11.11.1 Set Vehicle Detecon
The vehicles that enter the set lane can be detected and the picture of the vehicle and its license
plate can be captured and stored. Alarms will be triggered and captures can be uploaded.
Before You Start
Go to VCA and select the applicaon. Select Road Trac and click Next to enable the funcon.
Make sure the device is installed properly. Refer to the installaon recommendaon in ANPR
Camera FAQ for details.
Make sure the image parameters are properly
congured. Refer to the recommended image
parameters sengs in ANPR Camera FAQ for details.
Make sure the captured license plate picture is clear enough. Refer to the imaging requirements
for license plate capture in
ANPR Camera FAQ for details.
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Steps
1.
Go to VCA → Set Applicaon → Road Trac → Rule , and select Vehicle Detecon as detecon
type.
2.
Check Enable.
Figure 11-36 Vehicle Detecon
3.
Select the operang mode.
Entrance/Exit
The license plate
informaon of the detected vehicle will be uploaded when the vehicle
passes the detecon area and triggers the detecon in the entrance/exit.
City Street
The license plate
informaon of the detected vehicle will be uploaded when the vehicle
passes the detecon area and triggers the detecon in the city street.
Alarm Input
It means the input alarm will trigger a license plate capture and recognion acon.
Note
When Alarm Input is selected, the alarm input A<-1 will automacally be assigned to trigger
vehicle detecon and its alarm type is always NO.
If the A<-1 alarm input is used to trigger vehicle detecon, it cannot be used for other basic
events.
When Alarm Input is selected and saved, previously congured linkage method for A<-1 will
be canceled.
4.
Select the total number of lanes.
5.
Click and drag the lane line to set its
posion, or click and drag the line end to adjust the length
and angle of the line.
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The blue detecon line is the trigger line of the license plate, which is mainly used in the
Entrance/Exit scene to improve the capture eciency. It is recommended to put it in the lower
middle of the screen to make sure that the full-size car with the plate can pass it.
6.
Adjust the zoom
rao of the camera so that the size of the vehicle in the image is close to that of
the red frame. Only the
posion of red frame is adjustable.
Note
Only 1 license plate can be captured at one me for each lane.
7.
Select Area and Country/Region.
8.
Oponal: Check to select License Plate Category.
In certain countries/regions, the license plate number includes the license plate category and
the license plate main number. This
funcon is used to congure whether the license plate
category is included in the license plate number.
If the funcon is not enabled, only the license plate main number is displayed in the license
plate number.
When this funcon is enabled, the license plate category is included in the license plate
number.
Note
This funcon is only supported in certain countries/regions.
9.
Set the detecon mode.
Vehicle Priority
The device will detect the vehicle scale
rst, then catch the plate out to make the analysis. It
will get the beer accuracy but somemes it will lose some results in the not-sased
installaon scenario.
License Plate & Vehicle
In license plate & vehicle mode, the device detects license plate and vehicle simultaneously
and it uploads the alarm
informaon and the captured pictures.
Note
It is recommended to select Vehicle Priority mode if there are no issues on installaon and
supplement light. Aer the issues of plate recognion are carried out, you can switch the mode
to License Plate & Vehicle mode.
10.
Check Remove Duplicated License Plates and set the Time Interval. The default me interval is
4 minutes.
11.
Oponal: Set the following parameters according to the installaon scene.
Low-Installaon Mode
If the camera height is not higher than the vehicle headlight height, enable Low-Installaon
Mode to switch the algorithm to accommodate the camera installaon scenario.
Quick Li
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It is used in the entrance and exit with a wide angle view and short detecon distance
scene. When you enable Quick Li, the camera can idenfy the license plate quickly, trigger
alarm output, and li the barrier gate.
Note
The funcons are only supported by certain device models in certain modes.
12.
Oponal: Check to enable Upload Motorcycle Alarm, and the device uploads the both motor
vehicle and non-motor vehicle (i.e., motorcycle) alarm
informaon, otherwise it uploads only
the motor vehicle alarm informaon.
Note
This funcon is only supported in Entrance/Exit mode.
13.
Oponal: Check to enable Upload Double-License-Plate Alarm, and the device can detect and
recognize two license plates in one vehicle and upload the alarm.
When Upload Double-License-Plate Alarm is enabled, Remove Duplicated License Plates
and Wiegand Linkage is only available for the primary license plate.
When Upload Double-License-Plate Alarm is enabled, the blocklist and allowlist is
disnguished only for the primary license plate. If the secondary license plate is recognized
but not the primary license plate, the blocklist and allowlist are not available, and the linkage
will be performed according to the
seng of Other List.
When two license plates in one vehicle are recognized, if the license plate number is set to
be overlaid, both license plate numbers can be overlaid, and the license plate picture can be
captured and uploaded. License plate number, license plate close-up picture of both primary
and secondary license plates can be displayed in Smart Display.
Note
This funcon is not supported in License Plate & Vehicle mode.
14.
Oponal: Check to enable Fuzzy Match License Plate. In the entrance/exit scene, to improve
the convenience, vehicles with a one-bit mismatch between the recognized license plate and
the one in the blocklist/allowlist are allowed to pass, and the alarm is uploaded.
15.
Click Save.
16.
Go to Arming Schedule and Linkage Method. You can set the arming schedule and linkage
method independently for blocklist, allowlist and other list, and you should set them one by
one.
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Figure 11-37 Arming Schedule and Linkage Method
1) Click to select the blocklist, allowlist and other list.
2) Set the arming schedule. Refer to
Set Arming Schedule for details.
3) Set the linkage method. Check the checkbox of corresponding linkage method for each rule,
and click Save to save the
sengs.
Direcon
Only the vehicles moving as the selected direcon can trigger the selected linkage
methods.
All
All means that the vehicles in all moving
direcons will be considered. It is highly
recommended to choose All if there is no special use.
Forward
Forward means that the vehicle moves toward the camera.
Reverse
Reverse means that the vehicle moves away from the camera.
Wiegand Linkage
The device can send reports to the third-party
plaorm via the Wiegand protocol.
Make sure the device supports Wiegand interface and the device is connected by
Wiegand interface carefully.
Make sure the Wiegand is enabled and the protocol is properly
congured in the system
sengs. Refer to Wiegand for details.
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Enable Wiegand Linkage and select the wiegand interface connected to the external
device.
The linkage will be triggered only when the detected vehicle driving direcon is the same as
the congured direcon.
17.
Go to Road Trac → Overlay & Capture to set the image parameters and text overlay of the
captured pictures. Refer to Overlay and Capture for details.
18.
Import or export the license plate blocklist and allowlist. Refer to
Import or Export Blocklist &
Allowlist for details.
19.
Oponal: Set the advanced parameters. Refer to Advanced Parameters Conguraon for
details.
20.
Oponal: Set the trac ow stascs. Refer to Trac Flow Stascs for details.
11.11.2 Set
Mixed-Trac Detecon Rule
The motor vehicles and non-motor vehicles that enter the set lane can be detected, and the
picture of targets can be captured and stored. Alarms will be triggered and captures can be
uploaded.
Before You Start
Go to VCA and select the
applicaon. Select Road Trac and click Next to enable the funcon.
Make sure the device is installed properly. Refer to the
installaon recommendaon in ANPR
Camera FAQ for details.
Make sure the image parameters are properly congured. Refer to the recommended image
parameters
sengs in ANPR Camera FAQ for details.
Make sure the captured license plate picture is clear enough. Refer to the imaging requirements
for license plate capture in
ANPR Camera FAQ for details.
Steps
1.
Go to VCA → Set Applicaon → Road Trac → Rule , and select Mixed-trac Detecon as
detecon type.
2.
Check Enable.
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Figure 11-38 Mixed-Trac Detecon
3.
Select the total number of lanes.
4.
Click and drag the lane line to set its posion, or click and drag the line end to adjust the length
and angle of the line.
The blue
detecon line is the trigger line of the license plate, which is mainly used in the
Entrance/Exit scene to improve the capture
eciency. It is recommended to put it in the lower
middle of the screen to make sure that the full-size car with the plate can pass it.
5.
Adjust the zoom
rao of the camera so that the size of the vehicle in the image is close to that of
the red frame. Only the posion of red frame is adjustable.
Note
Only 1 license plate can be captured at one me for each lane.
6.
Select Area and Country/Region.
7.
Oponal: Check to select License Plate Category.
In certain countries/regions, the license plate number includes the license plate category and
the license plate main number. This funcon is used to congure whether the license plate
category is included in the license plate number.
If the
funcon is not enabled, only the license plate main number is displayed in the license
plate number.
When this
funcon is enabled, the license plate category is included in the license plate
number.
Note
This funcon is only supported in certain countries/regions.
8.
Check Remove Duplicated License Plates and set the Time Interval. The default me interval is
4 minutes.
9.
Oponal: Check to enable Upload Double-License-Plate Alarm, and the device can detect and
recognize two license plates in one vehicle and upload the alarm.
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When Upload Double-License-Plate Alarm is enabled, Remove Duplicated License Plates and
Wiegand Linkage is only available for the primary license plate.
When Upload Double-License-Plate Alarm is enabled, the blocklist and allowlist is
disnguished only for the primary license plate. If the secondary license plate is recognized
but not the primary license plate, the blocklist and allowlist are not available, and the linkage
will be performed according to the seng of Other List.
When two license plates in one vehicle are recognized, if the license plate number is set to be
overlaid, both license plate numbers can be overlaid, and the license plate picture can be
captured and uploaded. License plate number, license plate close-up picture of both primary
and secondary license plates can be displayed in Smart Display.
10.
Click Save.
11.
Go to Arming Schedule and Linkage Method. You can set the arming schedule and linkage
method independently for blocklist, allowlist and other list, and you should set them one by
one.
Figure 11-39 Arming Schedule and Linkage Method
1) Click to select the blocklist, allowlist and other list.
2) Set the arming schedule. Refer to Set Arming Schedule for details.
3) Set the linkage method. Check the checkbox of corresponding linkage method for each rule,
and click Save to save the
sengs.
Direcon
Only the vehicles moving as the selected direcon can trigger the selected linkage
methods.
All
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All means that the vehicles in all moving direcons will be considered. It is highly
recommended to choose All if there is no special use.
Forward
Forward means that the vehicle moves toward the camera.
Reverse
Reverse means that the vehicle moves away from the camera.
Wiegand Linkage
The device can send reports to the third-party
plaorm via the Wiegand protocol.
Make sure the device supports Wiegand interface and the device is connected by
Wiegand interface carefully.
Make sure the Wiegand is enabled and the protocol is properly
congured in the system
sengs. Refer to Wiegand for details.
Enable Wiegand Linkage and select the wiegand interface connected to the external
device.
The linkage will be triggered only when the detected vehicle driving
direcon is the same as
the congured direcon.
12.
Go to Road Trac → Overlay & Capture to set the image parameters and text overlay of the
captured pictures. Refer to Overlay and Capture for details.
13.
Import or export the license plate blocklist and allowlist. Refer to
Import or Export Blocklist &
Allowlist for details.
14.
Oponal: Set the advanced parameters. Refer to Advanced Parameters Conguraon for
details.
15.
Oponal: Set the trac ow stascs. Refer to Trac Flow Stascs for details.
11.11.3 Overlay and Capture
You can set the image parameters of the captured images in vehicle detecon and mixed-trac
detecon.
Go to VCA and select Road Trac.
Go to VCA → Set Applicaon → Road Trac → Overlay & Capture .
Note
The funcon varies according to dierent device models.
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Figure 11-40 Overlay & Capture
Picture Quality
The larger the value is, the clearer the picture is, but larger storage space is also required.
Picture Size
The larger the value is, the larger the storage space is needed. And the level of network
transmission requirement is also higher.
Picture Resoluon
The captured background picture resoluon.
Picture Capture Interval
The camera supports connuously trigger the alarm and upload captured picture each interval.
Check Capture Interval and set the interval.
FTP Picture Name
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You can set the naming rule for captured pictures in vehicle detecon and mixed-trac
detecon in the FTP server.
Select Default to use the default rule.
Select Custom, select informaon for the picture name, and click to adjust the order of
picture name parameters. If Capture Time is not selected in custom mode, the captured picture
triggered by the same vehicle later will replace the captured picture before due to the same
picture name.
Note
For more informaon about FTP sengs, refer to Set FTP .
Text Overlay
You can overlay camera, device or vehicle informaon on the captured image and click to
adjust the order of overlay texts.
Set the font color and background color by
selecng the color box, and click the desired color in
the pop-up palee or the drop-down box.
11.11.4 Import or Export Blocklist & Allowlist
You can import and export the blocklist and allowlist as desired, and check the list content in this
interface.
Steps
1.
Click Import to import the selected
le.
2.
Click to open the PC local directory.
3.
Find the blocklist & allowlist
le and click to select it. Click Open to conrm.
Note
The le to import should corresponds with the le template that is required by the camera.
You are recommended to export an empty blocklist & allowlist le from the camera as the
template and ll in the content.
The
le should be in the .xls, .xml or .csv format and the cell format should be Text.
4.
Click Import to import the selected le.
5.
Click Export All to export the license plate list.
Figure 11-41 Import or Export Blocklist & Allowlist
6.
Oponal: Click Add to add a license plate and set its related informaon one by one.
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7.
Oponal: Click to select the ltering type. All Types, Wiegand CardID, License Plate No. and
Type are selectable. As for Type, you can select Keywords to dene the specic ltering type.
Click Search to view the results.
8.
Oponal: You can select a plate No. and click to delete a plate from the blocklist or allowlist.
9.
Oponal: You can select a plate No. and click to edit the related informaon of the license
plate from the blocklist or allowlist.
11.11.5 Advanced Parameters Conguraon
Go to VCA and select the applicaon. Enter the applicaon conguraon interface and click
Advanced to set advanced parameters. Click Save aer nishing the conguraon.
Note
The funcon varies according to dierent device models.
Version
It stands for the current algorithm version.
Overlay Intelligent Informaon
Overlay the related intelligent informaon or POS informaon in the video.
11.11.6
Trac Flow Stascs
You can set the vehicle counng parameters in vehicle detecon and mixed-trac detecon.
Go to VCA and select Road Trac.
Go to VCA → Set Applicaon → Road Trac Trac Flow Stascs . Check Enable to enable the
funcon. Set the parameters and click Save.
Counng Type
Select the counng vehicle type as required.
Flow Overlay
Check Flow Overlay and select OSD Overlay Content. Select the overlaid vehicle ow direcon
type. None, All, and Forward/Reverse are selectable.
The counng data will be displayed on the image, and you adjust the display posion of
counng data in the live view image.
Note
OSD overlay only counts the number of vehicle on the current day. The data will be cleared
automacally when the device restarts or at the daily reset me.
Daily Reset Time
The device clears the data in 00:00 each day by default. You can set the me for the daily reset.
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Manual Reset
Clear the current counng data.
Real-Time Upload
Check Real-Time Upload and the device uploads the counng data in real-me.
Go to Applicaon Display Trac Flow Stascs to view related data stascs and export data.
11.12 Parking Management
Parking Management is applicable to the parking lots, which performs parking detecon such as
parking space status
detecon by recognizing vehicles and license plates in close view and distant
view scenes. This funcon can be used to guide vehicle parking and reasonably allocate parking
spaces according to the parking situaon.
Note
For certain device models, you need to select Parking Management on VCA page rst.
The funcon is only supported by certain device models.
11.12.1 Close View Mode
In close view mode, the device can detect at close range and can recognize the vehicle and license
plate.
Before You Start
Go to VCA and select the
applicaon. Select Parking Management and click Next to enable the
funcon.
Steps
1.
Go to VCA → Set
Applicaon → Parking Management , and select Close View Mode as the
detecon mode. Click Save or Save and Next.
2.
Go to Rule interface to set the rule.
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Figure 11-42 Set Rules
3.
Check Enable to enable the funcon.
4.
Draw a detecon area. Click to draw a detecon area. Click on the live view to specify the
vertexes of the area, and right click to complete drawing. The detecon area should be a convex
polygon area.
5.
Draw the parking space area. Click
to draw a parking space area in the detecon area. Click
on the live view to specify the vertexes of the area, and right click to complete drawing. The
areas will be displayed in the parking space area list.
Note
The parking space area should be in the detecon area.
Parking space area cannot overlap.
You can select and click to delete a certain parking space area in the parking space area list.
For Close View Mode, up to 4 parking space areas can be set. The parking space area should
be a convex polygon area.
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Figure 11-43 Draw Area (Close View Mode)
6.
View the parking space area parameters, including the parking space name, parking space
status, license plate No. and the parking duraon. Click Refresh to refresh the parameters.
Note
The license plate No. is only supported in the close view mode.
The supported parameters may vary according to dierent device models.
7.
Select Locality and Area/Country.
8.
Oponal: Check Enable to enable Vacant Parking Space Alarm.
Threshold of Vacant Parking Spaces
When the number of vacant parking spaces is less than the set threshold value, an alarm will
be triggered
unl the number of vacant parking spaces is greater than the set threshold
value.
9.
Set the OSD overlay. Total Parking Spaces, Available Parking Spaces and Occupied Parking
Spaces are selectable.
10.
Click Save to save the rule
sengs.
11.
Go to Arming Schedule and Linkage Method to set the arming schedule and linkage method.
For the arming schedule sengs, refer to Set Arming Schedule . For the linkage method
sengs, refer to Linkage Method Sengs .
12.
Set the data uploading parameters.
Note
The funcon varies according to dierent models.
Parking Space Status
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Check Scheduled Upload, and the device will upload the Parking Space Status every Upload
Interval.
Parking Timeout Alarm
When the actual parking me of the vehicle exceeds the set parking threshold, the alarm
will be triggered and the device will upload the related alarm informaon.
Parking Duraon
The set parking duraon threshold. If the actual parking duraon exceeds the set
threshold, the alarm will be triggered and the device will upload the related alarm and
vehicle informaon.
Alarm Upload Frequency and Cycle
If the alarm upload frequency is set as 5 mes and the cycle me is 3 minutes, the alarm
will be uploaded once every 3 minutes for a total of 5
mes when the actual parking
duraon exceeds the set parking threshold.
Example
If you set the parameters as shown in the following gure, it means that the alarm will be
triggered aer the vehicle parking duraon is over 10 minutes. The alarm will be uploaded
every 3 minutes for a total of 5
mes and will take a total of 15 minutes.
13.
Set the image parameters and text overlay of the captured pictures. Refer to Overlay and
Capture for details.
14.
Import or export the license plate blocklist and allowlist. Refer to
Import or Export Blocklist &
Allowlist for details.
15.
Oponal: Set the advanced parameters. Refer to Advanced Parameters Conguraon for
details.
11.12.2 Distant View Mode
In distant view mode, the device can detect at high altude from an overlook view and idenfy the
vehicles entering the detecon area.
Before You Start
Go to VCA and select the applicaon. Select Parking Management and click Next to enable the
funcon.
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Steps
1.
Go to VCA → Set Applicaon → Parking Management , and select Distant View Mode as the
detecon mode. Click Save or Save and Next.
2.
Go to Rule interface to set the rule.
Figure 11-44 Set Rules
3.
Check Enable to enable the funcon.
4.
Draw a detecon area. Click to draw a detecon area. Click on the live view to specify the
vertexes of the area, and right click to complete drawing. The
detecon area should be a convex
polygon area.
5.
Draw the parking space area. Click
to draw a parking space area in the detecon area. Click
on the live view to specify the vertexes of the area, and right click to complete drawing. The
areas will be displayed in the parking space area list.
Note
The parking space area should be in the detecon area.
Parking space area cannot overlap.
You can select and click to delete a certain parking space area in the parking space area list.
For Distant View Mode, up to 40 parking space areas can be set. The parking space area
should be convex polygon area.
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Figure 11-45 Draw Area (Distant View Mode)
6.
View the parking space area parameters, including the parking space name, parking space status
and the parking duraon. Click Refresh to refresh the parameters.
Note
The supported parameters may vary according to dierent device models.
7.
Oponal: Check Enable to enable Vacant Parking Space Alarm.
Threshold of Vacant Parking Spaces
When the number of vacant parking spaces is less than the set threshold value, an alarm will
be triggered
unl the number of vacant parking spaces is greater than the set threshold
value.
8.
Set the OSD overlay. Total Parking Spaces, Available Parking Spaces and Occupied Parking
Spaces are selectable.
9.
Click Save to save the rule
sengs.
10.
Go to Arming Schedule and Linkage Method to set the arming schedule and linkage method.
For the arming schedule sengs, refer to Set Arming Schedule . For the linkage method
sengs, refer to Linkage Method Sengs .
11.
Set the data uploading parameters.
Note
The funcon varies according to dierent models.
Parking Space Status
Check Scheduled Upload, and the device will upload the Parking Space Status every Upload
Interval.
Parking Timeout Alarm
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When the actual parking me of the vehicle exceeds the set parking threshold, the alarm
will be triggered and the device will upload the related alarm informaon.
Parking Duraon
The set parking duraon threshold. If the actual parking duraon exceeds the set
threshold, the alarm will be triggered and the device will upload the related alarm and
vehicle
informaon.
Alarm Upload Frequency and Cycle
If the alarm upload frequency is set as 5 mes and the cycle me is 3 minutes, the alarm
will be uploaded once every 3 minutes for a total of 5 mes when the actual parking
duraon exceeds the set parking threshold.
Example
If you set the parameters as shown in the following gure, it means that the alarm will be
triggered aer the vehicle parking duraon is over 10 minutes. The alarm will be uploaded
every 3 minutes for a total of 5
mes and will take a total of 15 minutes.
12.
Set the image parameters and text overlay of the captured pictures. Refer to Overlay and
Capture for details.
13.
Oponal: Set the advanced parameters. Refer to Advanced Parameters Conguraon for
details.
11.12.3 Overlay and Capture
You can set the image parameters of the captured images.
Go to VCA and select Parking Management.
Go to VCA → Set
Applicaon → Parking Management → Overlay & Capture .
Note
The funcon varies according to dierent device models.
Picture Quality
The larger the value is, the clearer the picture is, but larger storage space is also required.
Picture Size
The larger the value is, the larger the storage space is needed. And the level of network
transmission requirement is also higher.
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Picture Resoluon
The captured background picture resoluon.
FTP Picture Name
You can set the naming rule for captured pictures in vehicle detecon and mixed-trac
detecon
in the FTP server.
Select Default to use the default rule.
Select Custom, select
informaon for the picture name, and click to adjust the order of
picture name parameters. If Capture Time is not selected in custom mode, the captured picture
triggered by the same vehicle later will replace the captured picture before due to the same
picture name.
Note
For more informaon about FTP sengs, refer to Set FTP .
Text Overlay
You can overlay camera, device or vehicle informaon on the captured image and click to
adjust the order of overlay texts.
Set the font color and background color by
selecng the color box, and click the desired color in
the pop-up palee or the drop-down box.
11.12.4 Import or Export Blocklist & Allowlist
You can import and export the blocklist and allowlist as desired, and check the list content in this
interface.
Steps
1.
Click Import to import the selected le.
2.
Click to open the PC local directory.
3.
Find the blocklist & allowlist le and click to select it. Click Open to conrm.
Note
The le to import should corresponds with the le template that is required by the camera.
You are recommended to export an empty blocklist & allowlist le from the camera as the
template and ll in the content.
The
le should be in the .xls, .xml or .csv format and the cell format should be Text.
4.
Click Import to import the selected le.
5.
Click Export All to export the license plate list.
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Figure 11-46 Import or Export Blocklist & Allowlist
6.
Oponal: Click Add to add a license plate and set its related informaon one by one.
7.
Oponal: Click to select the ltering type. All Types, Wiegand CardID, License Plate No. and
Type are selectable. As for Type, you can select Keywords to dene the specic ltering type.
Click Search to view the results.
8.
Oponal: You can select a plate No. and click to delete a plate from the blocklist or allowlist.
9.
Oponal: You can select a plate No. and click to edit the related informaon of the license
plate from the blocklist or allowlist.
11.12.5 Advanced Parameters
Conguraon
Go to VCA and select the applicaon. Enter the applicaon conguraon interface and click
Advanced to set advanced parameters. Click Save
aer nishing the conguraon.
Note
The funcon varies according to dierent device models.
Version
It stands for the current algorithm version.
Overlay Intelligent Informaon
Overlay the related intelligent informaon or POS informaon in the video.
11.13 Tunnel Event
Detecon
Set the basic informaon for the camera, rule and arming schedule for the funcon.
Note
For certain device models, you need to select Tunnel Event Detecon on VCA page rst.
The funcon is only supported by certain device models.
11.13.1 Basic Sengs
You can set the basic informaon, listening server, and ANR.
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Go to VCA → Set Applicaon → Tunnel Event Detecon → Basic Conguraon to complete the
sengs.
Basic Informaon
Applicaon Scene
Select the type of road that the device is applied to, and the detecon algorithm adapts
accordingly.
Country/Region
Select the country or region where the device is used, and the
detecon algorithm adapts
accordingly.
Listening Server
If the device uploads alarms in listening mode via our company's SDK, you should set the IP
address and port for the listening server.
ANR
When the network is disconnected, data is temporarily saved on the memory card. When the
network
connecon is resumed, the device automacally uploads the saved data to the arming
host, in which case, the arming host IP address is required.
Note
A memory card should be installed in the device. Memory card sengs should be completed.
See Memory Card for instrucons.
11.13.2 Set Rules
Set rules for the tunnel event detecon.
Before You Start
Go to VCA and select the
applicaon. Select Tunnel Event Detecon and click Next to enable the
funcon.
Steps
1.
Go to VCA → Set Applicaon → Tunnel Event Detecon → Panoramic Rule Sengs.
2.
Add lanes or polygon areas to the actual
situaon. Select the area type and click Add Area. Refer
to Set Polygon Area and Set Lane Area for details.
3.
Select and set the event. Refer to
Trac Event Detecon for details.
1) Click Add Event to add an event. You can select the event to be detected and set the rule.
2) Select arming type and check desired arming lane or arming polygon to enable arming.
4.
Click Save.
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Set Polygon Area
A polygon area is where you want to set the detecon rules. Draw the area according to the actual
situaon.
Steps
1.
Go to VCA → Set Applicaon → Tunnel Event Detecon → Panoramic Rule Sengs and click
Polygon Area.
2.
Click Add Area.
3.
Click to mark the corner points of the polygon area. Right click to complete drawing.
Note
You can click to enlarge the live view window. Press ESC on the keyboard to exit.
Polygon areas cannot overlap.
Click on the area and you can drag the corner points to adjust the area.
4.
Select the line type of the le and right side lines according to the actual situaon.
5.
Oponal: Repeat the steps above to set mulple polygon areas.
Note
When there are mulple polygon areas, you can click on one area and click to delete it.
6.
Click Save.
Set Lane Area
A lane area is where you want to set the detecon rules. Mark the lane area according to the
actual lanes in the view.
Steps
1.
Go to VCA → Set
Applicaon → Tunnel Event Detecon → Panoramic Rule Sengs and click
Lane Area.
2.
Click Add Area.
Blue lane lines and a trigger line show on the live view.
3.
Drag the lane lines to frame the actual lane on the image.
Note
You can click to enlarge the live view window. Press ESC on the keyboard to exit.
Lane lines cannot overlap.
4.
Select the direcon of the trac and line type of the le and right lane lines according to the
actual situaon.
5.
Drag the triggering line to adjust its length and posion.
The triggering line is where the device captures the vehicle license plate pictures in some
detecons and where trac data collecon is triggered.
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6.
Oponal: Repeat the steps above to set mulple lane areas.
7.
Click Save.
11.13.3 Trac Event Detecon
Trac event detecon includes detecon of incidents happens on the road, for example, thrown
objects and trac congeson. The device captures pictures and uploads alarm data.
Set Parking Detecon
The device detects parking violaons in tunnels and captures pictures.
Before You Start
Set
detecon areas. See Set Polygon Area and Set Lane Area for details.
Steps
1.
Go to VCA → Set Applicaon → Tunnel Event Detecon → Panoramic Rule Sengs .
2.
Click Add Event and select Parking
Detecon.
3.
Select Arming Polygon.
Parking detecon takes eect in the selected areas.
4.
Set the parameters.
Sensivity
With higher sensivity, the device is more sensive to detect and recognize targets.
If you enable No Alarm When
Congeson Occurs in Detecon Area, the congeson
threshold changes as the sensivity changes. The higher the sensivity, the higher the
congeson threshold and the easier it is to trigger the alarm. The lower the sensivity, the
lower the congeson threshold and the easier it is to lter the parking detecon.
No Alarm When Congeson Occurs in Detecon Area
The alarm will not be triggered if the congeson level in the detecon area reaches the set
congeson threshold.
Parking Tolerance
It stands for the threshold for the parking me in the area. If the parking me exceeds the
threshold, an alarm is triggered. The larger the value of the threshold is, the longer the alarm
triggering
me is.
5.
Click Save.
What to do next
Set the arming schedule and linkage and alarm. See Set Arming Schedule and ITS Linkage and
Alarm for details.
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Set Fallen Object Detecon
The device detects fallen objects on the road and captures pictures.
Before You Start
Set detecon areas. See Set Polygon Area and Set Lane Area for details.
Steps
1.
Go to VCA → Set
Applicaon → Tunnel Event Detecon → Panoramic Rule Sengs .
2.
Click Add Event and select Fallen Object Detecon.
3.
Select Arming Lane or Arming Polygon.
Fallen object
detecon takes eect in the selected lanes or areas.
4.
Set Sensivity.
With higher
sensivity, the device is more sensive to detect and recognize targets.
5.
Click Save.
What to do next
Set the arming schedule and linkage and alarm. See
Set Arming Schedule and ITS Linkage and
Alarm for details.
Set Pedestrian
Detecon
The device detects pedestrians and non-motor vehicles in the detecon area and captures
pictures.
Before You Start
Set detecon areas. See Set Polygon Area and Set Lane Area for details.
Steps
1.
Go to VCA → Set Applicaon → Tunnel Event Detecon → Panoramic Rule Sengs .
2.
Click Add Event and select Pedestrian
Detecon.
3.
Select Arming Lane or Arming Polygon.
Pedestrian
detecon takes eect in the selected lanes or areas.
4.
Set Sensivity.
With higher
sensivity, the device is more sensive to detect and recognize targets.
5.
Set Duraon.
When the target stays in the detecon area longer than the duraon (at night, three mes the
duraon), an alarm is triggered.
6.
Set Filtering Time.
Within the set
ltering me, the same target will not trigger the alarm repeatedly.
7.
Select the target types in Detecon Target.
Only selected target types trigger linkage and alarm.
8.
Click Save.
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What to do next
Set the arming schedule and linkage and alarm. See Set Arming Schedule and ITS Linkage and
Alarm for details.
Set Construcon Detecon
The device detects ongoing construcon in the detecon area and captures pictures.
Before You Start
Set detecon areas. See Set Polygon Area and Set Lane Area for details.
Steps
1.
Go to VCA → Set
Applicaon → Tunnel Event Detecon → Panoramic Rule Sengs .
2.
Click Add Event and select Construcon Detecon.
3.
Select Arming Lane or Arming Polygon.
Construcon detecon takes eect in the selected lanes or areas.
4.
Set Sensivity.
With higher
sensivity, the device is more sensive to detect and recognize targets.
5.
Set Duraon.
When the construcon in the detecon area lasts longer than the duraon, an alarm is
triggered.
6.
Set Filtering Time.
Within the set
ltering me, the construcon in the same detecon area will not trigger the
alarm repeatedly.
7.
Click Save.
What to do next
Set the arming schedule and linkage and alarm. See
Set Arming Schedule and ITS Linkage and
Alarm for details.
Set
Congeson Detecon
The device detects trac congeson in the detecon area and captures pictures.
Before You Start
Set detecon areas. See Set Polygon Area and Set Lane Area for details.
Steps
1.
Go to VCA → Set Applicaon → Tunnel Event Detecon → Panoramic Rule Sengs .
2.
Click Add Event and select Congeson Detecon.
3.
Select Arming Lane or Arming Polygon.
Congeson detecon takes eect in the selected lanes or areas.
4.
Set
Sensivity.
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With higher sensivity, the device is more sensive to detect and recognize targets.
5.
Set Duraon.
When the congeson in the detecon area lasts longer than the duraon, an alarm is triggered.
6.
Set Filtering Time.
Within the set ltering me, the congeson in the same detecon area will not trigger the alarm
repeatedly.
7.
Click Save.
What to do next
Set the arming schedule and linkage and alarm. See
Set Arming Schedule and ITS Linkage and
Alarm for details.
11.13.4 ITS Linkage and Alarm
When trac events are detected, the device can perform linkage acons, for example, uploading
captured pictures and sending alarm messages.
Note
Some linkage acons may not be supported by certain device models.
Upload Pictures
Set the parameters for the device to automacally upload captured pictures to FTP server or other
plaorms.
See Upload by FTP to upload captured pictures by FTP.
See Upload by SDK or Set ISUP to upload captured pictures to plaorms.
Upload by FTP
Upload the data of vehicle detecon to an FTP server.
Before You Start
The FTP server is congured.
Steps
1.
Go to VCA → Set
Applicaon → Tunnel Event Detecon → Advanced Conguraon → FTP
Host .
2.
Check Enable.
3.
Select a Character Encoding Mode.
4.
Enter the IP Address, Port, User Name, and Password of the FTP server.
5.
Set the picture names and saving paths of
detecons.
6.
Click Save.
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Upload by SDK
Upload the alarm messages by SDK in listening and arming mode.
Go to VCA → Set
Applicaon → Tunnel Event Detecon → Basic Conguraon to set Listening
Server and ANR. See Basic Sengs for details.
11.13.5 Advanced Sengs
You can set the advanced sengs according to your need to get beer vehicle arming eect.
Advanced Parameters
Go to VCA → Set Applicaon → Tunnel Event Detecon → Advanced Conguraon → Advanced
to set the following parameters.
Text Overlay on Video
Target Informaon
When target informaon is enabled, the target is highlighted with a frame in the video.
Rule Informaon
When rule informaon is enabled, the rule frames (for example, detecon areas) show in the
video.
Other Parameters
Tuning Mode
The tuning mode is for professional technicians. It is not recommended to other users as it may
aect the live view image.
Uploading Picture
Sengs
Go to VCA → Set Applicaon → Tunnel Event Detecon → Advanced Conguraon → Picture to
set the parameters of alarm pictures.
Picture Quality
Pictures with higher
resoluon and beer quality have more details and larger le size.
Enable OSD Overlay (Flow Overlay)
The device OSD is overlaid on alarm pictures.
Text Overlay on Single Alarm Picture
Check and set the text overlaid informaon on the single alarm picture.
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Display Target Info. on Alarm Picture
Check to display target informaon on alarm pictures.
Display Rule Info. on Alarm Picture
Check to display rule informaon on alarm pictures.
11.14 Schedule Switch Applicaon
Set the corresponding applicaons in mulple me periods.
Before You Start
Go to VCA , select the applicaon and set the related detecon rules and parameters.
Steps
1.
Go to VCA → Select
Applicaon . For the device supporng HEOP, go to VCA for the seng.
Click Scheduled-Switch to set the schedule for switching the applicaon.
2.
Check Scheduled-Switch to enable the funcon.
3.
Click to select an applicaon to set the schedule.
4.
Click Draw, and drag the me bar to draw desired valid me.
Note
Each cell represents 30 minutes.
Move the mouse over the drawn me period to see specic me periods and ne-tune the
start me and end me.
Up to 8 periods can be
congured for one day.
5.
Click Erase, and drag the me bar to clear selected valid me.
6.
Click OK to save the sengs.
Figure 11-47 Set Applicaon Scheduled-Switch
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Result
The device will execute the corresponding applicaon in the set me period.
11.15 Search and Export Data Aware Informaon
The data aware funcon is used to search and export the data of the restart, arming and capture
alarm
stascs.
Before You Start
Log in to the device via admin user account.
Steps
1.
Go to
Applicaon Display → Data Aware .
2.
Select the search condion.
Stascs Type Opons
Restart Records Type of restarng, start me and end me.
Arming Arming type, start me and end me.
Capture Alarm Stascs Report type, alarm target, protocol, arming IP address and start
me.
Alarm Quality Stascs Report type, alarm target and start me.
3.
Click Search.
The data informaon that match the condions will be displayed.
4.
Oponal: Click Export to save the data informaon to the local device.
11.16 Search and View Power
Consumpon Stascs
Before You Start
Log in to the device with an administrator account or an operator account with remote
conguraon permission.
Steps
1.
Go to Applicaon Display → Power Stascs .
2.
Set the search condion. Select Stascs Type, Report Type and Time.
3.
Click Search.
Result
When you select Power Consumpon as Stascs Type, the power consumpon informaon that
match the
condions will be displayed.
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Figure 11-48 Power Consumpon Stascs
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Chapter 12 Smart Display
This funcon displays real me pictures captured by smart funcons and analyzes the target in real
me.
Go to Applicaon Display → Display Alarm to view the real-me images. Click to go back to
Applicaon Display.
Note
To use this funcon, you should rst enable and congure certain smart funcons.
To use this funcon, your web browser version should be above IE11.0.9600.17843.
Live View Parameter
Icon Funcon
Capture a picture.
Start or stop recording.
Mute.
Adjust the volume of live view. Move the slider
to right to turn up the volume and le to turn
down the volume. Move to the le end to mute
the live view.
Download Display Pictures
Click and the device stores captured pictures to the browser cache. Hover the pointer over the
icon to see the number of pictures in the cache. Click
again to download the pictures in a
package.
Note
The browser cache has a limited size. The recommended number of pictures to download is no
more than 200.
Layout
Click and choose Layout. Check the display content you need to add it to the smart display page.
When
real-me analyze is selected, you can choose the contents you want to display.
Detect Feature
Click and choose Detect Feature. Check the corresponding checkbox to display the features of
the detecon target.
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Chapter 13 EPTZ
EPTZ (Electronic PTZ) is a high-resoluon funcon that digitally zooms and pans into porons of the
image, with no physical camera movement. If you want to use the EPTZ
funcon, make sure your
device supports the Third Stream. Third stream and EPTZ should be both enabled simultaneously.
Note
The funcon is only supported by certain device models.
13.1 Patrol
Steps
1.
Go to Conguraon → EPTZ .
2.
Check Enable.
3.
The default Stream Type is Third Stream and cannot be
congured.
4.
Select Patrol in Applicaon Mode.
5.
Click Save.
What to do next
For the detailed
informaon about the patrol sengs, see the PTZ operaons on live view page.
13.2 Auto-Tracking
Steps
1.
Go to Conguraon → EPTZ .
2.
Check Enable.
3.
The default Stream Type is Third Stream and cannot be
congured.
4.
Select Auto-tracking in Applicaon Mode.
5.
Click to start drawing. Click on the live view video to specify the four vertexes of the detecon
area, and right click to complete drawing.
6.
Set rules.
Detecon Target
Human and vehicle are available. If the detecon target is not selected, all the detected
targets will be tracked, including the human and vehicle.
Note
Only certain camera models support this funcon.
Sensivity
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It stands for the percentage of the body part of an acceptable target that is tracked.
Sensivity = 100 - S1/ST × 100. S1 stands for the target body part that enters the pre-dened
area. ST stands for the complete target body. The higher the value of sensivity is, the more
easily the target can be tracked.
7.
Click Save.
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Appendix A. FAQ
Scan the following QR code to nd the frequently asked quesons of the device.
Note that some frequently asked
quesons only apply to certain models.
Table A-1 FAQ QR Code
QR Code Type QR Code Image
Network Camera General FAQ
ANPR Camera FAQ
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UD38502B

Specifications

Indexed Terms: Bullet Camera

Hikvision IDS-2CD7A46G2-IZHS Questions and Answers