Hikvision IDS-TCS800-CI 8 MP Incident Detection Capture Unit

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User Manual Specification
IDS-TCS800-CI photo

User Manual

This is the main product document for model IDS-TCS800-CI.

The file format is pdf, 74 pages, you can download this manual here .

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All-Rounder Bi-Spectrum Incident Detecon
Trac Camera
User Manual
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Iniaves on the Use of Video Products
Thank you for choosing Hikvision products.
Technology aects every aspect of our life. As a high-tech company, we are increasingly aware of
the role technology plays in improving business eciency and quality of life, but at the same me,
the potenal harm of its improper usage. For example, video products are capable of recording
real, complete and clear images. This provides a high value in retrospect and preserving real-me
facts. However, it may also result in the infringement of a third party's legimate rights and
interests if improper distribuon, use and/or processing of video data takes place. With the
philosophy of "Technology for the Good", Hikvision requests that every end user of video
technology and video products shall comply with all the applicable laws and regulaons, as well as
ethical customs, aiming to jointly create a beer community.
Please read the following iniaves carefully:
Everyone has a reasonable expectaon of privacy, and the installaon of video products should
not be in conict with this reasonable expectaon. Therefore, a warning noce shall be given in
a reasonable and eecve manner and clarify the monitoring range, when installing video
products in public areas. For non-public areas, a third party's rights and interests shall be
evaluated when installing video products, including but not limited to, installing video products
only aer obtaining the consent of the stakeholders, and not installing highly-invisible video
products.
The purpose of video products is to record real acvies within a specic me and space and
under specic condions. Therefore, every user shall rst reasonably dene his/her own rights in
such specic scope, in order to avoid infringing on a third party's portraits, privacy or other
legimate rights.
During the use of video products, video image data derived from real scenes will connue to be
generated, including a large amount of biological data (such as facial images), and the data could
be further applied or reprocessed. Video products themselves could not disnguish good from
bad regarding how to use the data based solely on the images captured by the video products.
The result of data usage depends on the method and purpose of use of the data controllers.
Therefore, data controllers shall not only comply with all the applicable laws and regulaons and
other normave requirements, but also respect internaonal norms, social morality, good
morals, common pracces and other non-mandatory requirements, and respect individual
privacy, portrait and other rights and interests.
The rights, values and other demands of various stakeholders should always be considered when
processing video data that is connuously generated by video products. In this regard, product
security and data security are extremely crucial. Therefore, every end user and data controller,
shall undertake all reasonable and necessary measures to ensure data security and avoid data
leakage, improper disclosure and improper use, including but not limited to, seng up access
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control, selecng a suitable network environment (the Internet or Intranet) where video
products are connected, establishing and constantly opmizing network security.
Video products have made great contribuons to the improvement of social security around the
world, and we believe that these products will also play an acve role in more aspects of social
life. Any abuse of video products in violaon of human rights or leading to criminal acvies are
contrary to the original intent of technological innovaon and product development. Therefore,
each user shall establish an evaluaon and tracking mechanism of their product applicaon to
ensure that every product is used in a proper and reasonable manner and with good faith.
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Legal Informaon
©2022 Hangzhou Hikvision Digital Technology Co., Ltd. All rights reserved.
About this Manual
The Manual 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 Manual is subject to change, without noce, due to rmware updates or other
reasons. Please nd the latest version of this Manual at the Hikvision website ( hps://
www.hikvision.com/ ).
Please use this Manual with the guidance and assistance of professionals trained in supporng the
Product.
Trademarks
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.
Disclaimer
TO THE MAXIMUM EXTENT PERMITTED BY APPLICABLE LAW, THIS MANUAL 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 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
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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 MANUAL AND THE APPLICABLE LAW, THE LATTER
PREVAILS.
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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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Contents
Chapter 1 Introducon ............................................................................................................... 1
1.1 Product Introducon .............................................................................................................. 1
1.2 Key Feature ............................................................................................................................ 1
1.3 Running Environment ............................................................................................................ 1
Chapter 2 Acvaon and Login ................................................................................................... 2
2.1 Acvaon ............................................................................................................................... 2
2.1.1 Default Informaon ...................................................................................................... 2
2.1.2 Acvate via SADP .......................................................................................................... 2
2.1.3 Acvate via Web Browser ............................................................................................. 3
2.2 Login ...................................................................................................................................... 4
Chapter 3 Radar Detecon ......................................................................................................... 5
3.1 Set Detecon Parameters ...................................................................................................... 5
3.2 Set Radar Calibraon ............................................................................................................. 7
3.2.1 Manual Calibraon ........................................................................................................ 8
3.2.2 Auto Calibraon ............................................................................................................ 9
3.2.3 GPS Coordinate Calibraon ......................................................................................... 10
3.3 Search Detected Vehicles ..................................................................................................... 11
Chapter 4 Vehicle Capture ........................................................................................................ 13
4.1 Set Event Detecon .............................................................................................................. 13
4.2 Set Data Collecon ............................................................................................................... 16
4.3 Set Capture Parameters ....................................................................................................... 18
4.3.1 Set License Plate Recognion Parameters .................................................................. 18
4.3.2 Set Supplement Light Parameters ............................................................................... 19
4.3.3 Set Picture Composion .............................................................................................. 20
4.3.4 Set Capture Overlay .................................................................................................... 21
4.3.5 Set Composite Picture Overlay .................................................................................... 23
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4.3.6 Set Vehicle Feature Parameters .................................................................................. 24
4.3.7 Set Image Encoding Parameters .................................................................................. 24
4.4 View Real-Time Picture ........................................................................................................ 25
4.5 Search Picture ...................................................................................................................... 27
Chapter 5 Live View and Local Conguraon ............................................................................ 28
5.1 Live View .............................................................................................................................. 28
5.1.1 Start/Stop Live View .................................................................................................... 28
5.1.2 Select Image Display Mode ......................................................................................... 28
5.1.3 Select Stream Type ...................................................................................................... 28
5.1.4 Capture Picture Manually ........................................................................................... 28
5.1.5 Record Manually ......................................................................................................... 28
5.1.6 Enable Digital Zoom .................................................................................................... 29
5.1.7 Enable Regional Exposure ........................................................................................... 29
5.1.8 Enable Wiper .............................................................................................................. 29
5.2 Local Conguraon .............................................................................................................. 29
Chapter 6 Record and Capture .................................................................................................. 32
6.1 Set Storage Path ................................................................................................................... 32
6.1.1 Set Storage Card .......................................................................................................... 32
6.1.2 Set FTP ........................................................................................................................ 32
6.1.3 Set Listening Host ........................................................................................................ 33
6.1.4 Set Cloud Storage ........................................................................................................ 34
6.2 Set Quota ............................................................................................................................. 35
6.3 Set Record Schedule ............................................................................................................ 36
Chapter 7 Encoding and Display ................................................................................................ 37
7.1 Set Video Encoding Parameters ........................................................................................... 37
7.2 Set Image Parameters .......................................................................................................... 38
7.3 Set ICR .................................................................................................................................. 41
7.4 Set ROI ................................................................................................................................. 41
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7.5 Set OSD ................................................................................................................................ 43
Chapter 8 Network Conguraon ............................................................................................. 44
8.1 Set IP Address ...................................................................................................................... 44
8.2 Connect to ISUP Plaorm .................................................................................................... 46
8.3 Set DDNS .............................................................................................................................. 47
8.4 Set IEEE 802.1X .................................................................................................................... 48
8.5 Set Image and Video Library ................................................................................................ 48
8.6 Set Port ................................................................................................................................ 49
Chapter 9 Serial Port Conguraon ........................................................................................... 51
9.1 Set RS-485 ............................................................................................................................ 51
9.2 Set RS-232 ............................................................................................................................ 51
Chapter 10 Excepon Alarm ..................................................................................................... 53
Chapter 11 Safety Management ............................................................................................... 54
11.1 Manage User ...................................................................................................................... 54
11.2 Enable User Lock ................................................................................................................ 54
11.3 Set HTTPS ........................................................................................................................... 55
11.3.1 Create and Install Self-signed Cercate .................................................................. 55
11.3.2 Install Authorized Cercate ..................................................................................... 55
11.4 Set SSH ............................................................................................................................... 56
Chapter 12 Maintenance .......................................................................................................... 57
12.1 View Device Informaon .................................................................................................... 57
12.2 View Thermal Camera Informaon .................................................................................... 57
12.3 Log ..................................................................................................................................... 57
12.3.1 Enable System Log Service ........................................................................................ 57
12.3.2 Search Log ................................................................................................................. 58
12.4 Upgrade ............................................................................................................................. 58
12.5 Reboot ............................................................................................................................... 58
12.6 Restore Parameters ............................................................................................................ 59
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12.7 Synchronize Time ............................................................................................................... 59
12.8 Set DST ............................................................................................................................... 60
12.9 Debug ................................................................................................................................. 60
12.9.1 Enable Informaon Overlay ...................................................................................... 60
12.9.2 Vehicle Capture and Recognion Service .................................................................. 60
12.9.3 Set Image Format ...................................................................................................... 61
12.10 Export Parameters ........................................................................................................... 61
12.11 Import Conguraon File ................................................................................................. 62
12.12 Export Debug File ............................................................................................................. 62
Appendix A. Communicaon Matrix and Device Command ...................................................... 63
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Chapter 1 Introducon
1.1 Product Introducon
Based on deep-learning algorithm, the event enforcement trac camera (hereinaer referred to as
the device) can be used to detect real-me trac events in city roads, expressways, tunnels, etc.
1.2 Key Feature
Note
Product features vary with dierent models. The actual device prevails.
Adopts H.264/H.265 encoding to output real-me images.
Embedded with deep learning algorithm, supporng smart recognion.
Supports various event detecons and trac data collecon.
Supports mul-target vehicles detecon and target visualizaon.
Supports license plate recognion and target full structuralizaon.
Supports various image adjustment modes to handle various scenes.
Workable in all-weather environment.
1.3 Running Environment
Operang system: 64-bit Windows 7 recommended.
CPU: [email protected] GHz, or E3-1226 [email protected] GHz.
GPU: GTX970 (Nvidia), or
®
HD Graphics P4600.
Resoluon: 1024 × 768 and above.
Browser: IE8, IE9, IE10, and IE11 recommended.
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Chapter 2 Acvaon and Login
2.1 Acvaon
For the rst-me access, you need to acvate the device by seng an admin password. No
operaon is allowed before acvaon. The device supports mulple acvaon methods, such as
acvaon via SADP soware, web browser, and iVMS-4200 Client.
Note
Refer to the user manual of iVMS-4200 Client for the acvaon via client soware.
2.1.1 Default Informaon
The device default informaon is shown as below.
Default IP address: 192.168.1.64
Default user name: admin
2.1.2 Acvate via SADP
SADP is a tool to detect, acvate, and modify the IP address of the device over the LAN.
Before You Start
Get the SADP soware from the supplied disk or the ocial website ( hp://
www.hikvision.com/ ), and install it according to the prompts.
The device and the computer that runs the SADP tool should belong to the same network
segment.
The following steps show how to acvate one device and modify its IP address. For batch acvaon
and IP address modicaon, refer to User Manual of SADP for details.
Steps
1.
Run the SADP soware and search the online devices.
2.
Find and select your device in online device list.
3.
Enter a new password (admin password) and conrm the password.
Cauon
STRONG PASSWORD RECOMMENDED-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.
4.
Click Acvate to start acvaon.
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Figure 2-1 Acvate via SADP
Status of the device becomes Acve aer successful acvaon.
5.
Modify IP address of the device.
1) Select the device.
2) Change the device IP address to the same network segment as your computer by either
modifying the IP address manually or checking Enable DHCP (Dynamic Host Conguraon
Protocol).
3) Enter the admin password and click Modify to acvate your IP address modicaon.
2.1.3 Acvate via Web Browser
Use web browser to acvate the device. For the device with the DHCP enabled by default, use
SADP soware or client soware to acvate the device.
Before You Start
Ensure the device and the computer are in the LAN with the same network segment.
Steps
1.
Change the IP address of your computer to the same network segment as the device.
2.
Open the web browser, and enter the default IP address of the device to enter the acvaon
interface.
3.
Create and conrm the admin password.
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Cauon
STRONG PASSWORD RECOMMENDED-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.
4.
Click OK to complete acvaon.
5.
Go to the network sengs interface to modify IP address of the device.
2.2 Login
You can log in to the device via web browser for further operaons such as live view and local
conguraon.
Before You Start
Connect the device to the network directly, or via a switch or a router.
Steps
1.
Open the web browser, and enter the IP address of the device to enter the login interface.
2.
Enter User Name and Password.
3.
Click Login.
4.
Download and install appropriate plug-in for your web browser. Follow the installaon prompts
to install the plug-in.
5.
Reopen the web browser aer the installaon of the plug-in and repeat steps 1 to 3 to login.
6.
Oponal: Click Logout on the upper right corner of the interface to log out of the device.
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Chapter 3 Radar Detecon
Radar is used to detect the target and link the capture. Set radar detecon parameters before
capturing vehicle pictures.
Note
The funcon varies with dierent models. The actual device prevails.
3.1 Set Detecon Parameters
Set radar detecon parameters before capturing vehicle pictures.
Steps
1.
Click Radar.
Figure 3-1 Set Radar Detecon Parameters
2.
View the radar informaon.
Radar Status
The current radar status. The radar can be normally used in normal status. If the radar is in
upgrading status, do not reboot the device. Refresh the interface every one minute, and the
status can be restored to normal.
Soware Version
The soware version of the radar.
3.
Click Wizard on the upper right corner of the interface and follow the wizard to set the
parameters.
1) Set Number of Lane and the width of each lane.
2) Set Scene Mode according to the actual condion.
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3) Set Vehicle Direcon.
Approaching Direcon
The vehicles are driven towards the construcon posion of the camera.
Leaving Direcon
The vehicles are driven far away from the construcon posion of the camera.
Bidirecon
There are vehicles driven both towards and far away from the construcon posion of the
camera.
4) Set Construcon Height, Horizontal Correcon, and Angle Deviaon.
Construcon Height
The construcon height of the camera.
Horizontal Correcon
It is the horizontal posion deviaon between the radar detected lane and the actual lane.
You can set it in two ways.
Method 1: Move the detected lane in the diagram lewards or rightwards to overlap it
with the actual lane to correct the dierence.
Method 2: Enter the horizontal distance(m) from the radar installaon posion to the
middle line of the actual lane to correct the dierence.
Angle Deviaon
It is the angle deviaon between the radar detected lane and the actual lane. Rotate the
angle of the detected lane in the diagram to overlap it with the actual lane to correct the
dierence.
5) Set the coordinate calibraon and GPS calibraon.
Note
Refer to Set Radar Calibraon for details.
4.
Set the other parameters.
Display Track
Enable the funcon, and the target track will be displayed on the interface according to the
detected coordinates.
Advanced
Click Advanced to set the advanced parameters.
Debugging Mode
Enable the radar debugging mode. In this mode, the vehicles outside the drawn area will
be displayed, to make it convenient to debug the radar.
Sensivity
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The lower the sensivity is, the more sensive the detecon will be. For the detecon
which is too sensive (e.g., some xed facilies, such as the bus staon on the lane, are
detected as vehicles), you can adjust the sensivity higher.
Inuenal Range X
If you do not want to adjust the total sensivity, enter the vercal distance from the
possible mistakenly recognized area (such as the bus staon) to the camera.
Note
The inuenal range of the sensivity can be set every 50 m, and up to four areas can be
set.
Range X Sensivity
You can adjust the sensivity of each inuenal range independently.
Target Dwell Time
The dwell me of the vehicle. Set it as 0 when measuring the queue length.
Radar Predicon
Enable the funcon, and the radar will predict the target track which can be displayed on
the interface according to the detected coordinates.
Radar Detecon Distance
It is the range of the radar track. The default value is 200 m. You can select the value to
adjust the radar track range.
Distance to Stop Line
It is the distance from the point on the ground just below the installed radar to the stop
line at the intersecon. The targets detected in this range will be ltered.
Wave Band ID
0 to 4 stand for ve frequencies. Set dierent wave bands for dierent radars in the same
scene to prevent the radars in the same wave band from inuencing each other.
Course Angle Calibraon
Adjust the course angle of the radar for target detecon.
5.
Click Save.
3.2 Set Radar Calibraon
Calibrate radar aer the radar detecon parameters are set to display the targets detected by the
radar on the video.
Before You Start
Enable Rule Informaon in Conguraon → Local Conguraon .
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Steps
1.
Click Radar.
2.
Click Coordinate Calibraon or GPS Calibraon.
3.
Set the radar calibraon.
-
Set coordinate calibraon. Refer to
Manual Calibraon and Auto Calibraon for details.
-
Set GPS calibraon. Refer to
GPS Coordinate Calibraon for details.
Note
The supported calibraon modes vary with dierent models. The actual device prevails.
3.2.1 Manual Calibraon
Steps
1.
Click Coordinate Calibraon.
2.
Select Calibraon Mode as Manual Calibraon.
Figure 3-2 Manual Calibraon
3.
Draw the lane lines.
1) Select the lane sum.
2) Select the lane line No.
3) Click Draw Lane Line.
The selected lane line will be displayed on the live view picture.
4) Drag the two end points of the line or drag the whole line to adjust its posion according to
the actual scene.
5) Repeat the steps above to draw more lane lines.
4.
Draw the calibraon area.
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1) Select Calibraon Point.
2) Click Calibraon.
3) Click the le buon of the mouse to locate the vertexes of the calibraon area on the live
view image, and click the right buon of the mouse to nish the drawing.
Note
The number of vertexes should be consistent with the selected number of Calibraon Point.
4) Drag the vertexes of the calibraon area to align it to the lanes.
Note
If the lanes cannot be aligned, ensure the calibraon area can contain the detecon area.
You can refer to the schemac diagram and top view descripon to draw the calibraon
area.
5) Oponal: Click Clear to clear the drawn calibraon area.
5.
Measure the world coordinates of the vertexes, and enter the values in the corresponding
coordinate text elds.
Note
The origin (0, 0) of the world coordinates locates in the middle of the whole lanes detected by
the radar. You can refer to the top view of the diagram for the posions.
6.
Adjust the radar in two ways if the coordinates fed back from the radar cannot be matched with
the measured coordinates when the vehicle passes the calibraon posion.
-
Adjust the radar unl it can feed back the correct posion.
-
Adjust the X-coordinates of the calibraon points to make them adapt to the coordinates fed
back from the radar. The method is to enter the X-coordinates fed back from the radar into
the corresponding text elds when the vehicle passes the far le or far right. Adjust nely if
there is small deviaon to guarantee the radar frames and the video frames can be matched
in the eld of view.
7.
Oponal: Check Hide Calibraon Lines to hide the lines on the live view image.
8.
Click Save.
3.2.2 Auto Calibraon
Steps
1.
Click Coordinate Calibraon.
2.
Select Calibraon Mode as Auto Calibraon.
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Figure 3-3 Auto Calibraon
3.
Draw the lane lines.
1) Select the lane sum.
2) Select the lane line No.
3) Click Draw Lane Line.
The selected lane line will be displayed on the live view picture.
4) Drag the two end points of the line or drag the whole line to adjust its posion according to
the actual scene.
5) Repeat the steps above to draw more lane lines.
4.
Click Start.
The auto calibraon starts, and you can view the calibraon status and progress. 100% means
the auto calibraon is nished.
5.
Oponal: Click End if the calibraon eect has met the requirement during the process.
6.
Oponal: Click Copy Parameters to Coordinate Mode to copy the auto calibrated coordinates to
the coordinate mode.
7.
Click Save.
3.2.3 GPS Coordinate Calibraon
The coordinates of vehicle posions can be converted to GPS coordinates to sasfy the
requirements of third party or other plaorms.
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Steps
1.
Click GPS Calibraon.
Figure 3-4 GPS Coordinate Calibraon
2.
Enter the longitudes and latudes of the two calibraon points far away from the road middle
line.
3.
Enter the coordinates of the two calibraon points.
4.
Click Save.
3.3 Search Detected Vehicles
You can search the radar detected vehicles and export the informaon.
Steps
Note
The funcons vary with dierent models. The actual device prevails.
1.
Click Radar.
2.
View the vehicle informaon in the vehicle list.
3.
Enter the vehicle No. in the text eld to search the vehicle informaon.
4.
Oponal: Export the vehicle informaon.
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-
Search the vehicle rst, and click Export to export the searched vehicle informaon to the
computer.
-
Click Export directly to export the informaon of all the detected vehicles to the computer.
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Chapter 4 Vehicle Capture
Note
The supported trigger modes vary with dierent models. The actual device prevails.
4.1 Set Event Detecon
The device supports capturing various trac events.
Steps
1.
Go to Conguraon → Device Conguraon Applicaon Mode → Trigger Mode .
2.
Select Linked Lane Amount.
3.
Click Event Detecon.
Figure 4-1 Set Event Detecon
4.
Select Scene Mode according to the actual condions.
5.
Check Radar Track or Close Range Capture according to the actual needs.
Radar Track
The radar track of the target will be overlaid on the captured picture.
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Close Range Capture
Check it and set Capture Interval. The device will track the target unl one more picture is
captured in close distance according to the capture interval.
6.
Check the event(s) to be detected, and set the corresponding parameters.
Note
The supported events vary with dierent models. The actual device prevails.
Sensivity
The higher the sensivity is, the more possibly the detected target will be judged as the
violaon vehicle. If the value is too high, mistaken alarms may be triggered. If the value is too
low, there may be missing alarms. Set the value reasonably according to the actual needs.
Alarm Interval
The interval between two alarms.
Duraon
When the selected event lasts for the set duraon, the vehicle is judged as the violaon
vehicle.
Vehicle Speed Threshold
It is used to judge if the vehicle is driven in the speed faster than the set threshold.
Display Vehicle Distance
Check it to display vehicle distance on the captured picture.
Vehicle Distance in High Speed
The allowable minimal distance between two vehicles driven on the same lane at high speed.
Vehicle Distance in Low Speed
The allowable minimal distance between two vehicles driven on the same lane at low speed.
Number of Vehicles Overtaking Simultaneously
The maximal number of vehicles overtaking at the same me.
Congeson Duraon
When the congeson duraon exceeds the set value, the lane will be judged as congested.
Linked Area
Check the lane area(s) to link to the corresponding events.
Speed Limit for Small-Sized Vehicle
The upper speed limit for small-sized vehicles on the lane.
Speed Limit for Large-Sized Vehicle
The upper speed limit for large-sized vehicles on the lane.
Enable Speed Limit for Non-Motor Vehicle
Check it to set upper speed limit for non-motor vehicles according to actual needs.
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Lowest Speed Limit
The allowable minimal speed of the vehicle.
Highest Speed Limit
The allowable maximal speed of the vehicle.
Driving Distance
If a vehicle has changed a lane but is driven a distance shorter than the set driving distance
on the lane, and then changes another lane, it is judged as connuous lane change.
Pedestrian Type
Check the pedestrian type(s) to be detected, including the walking pedestrian, the pedestrian
riding two wheeler or tricycle.
Capture Mode
Set the rule for picture capture.
7.
Set the lane parameters.
1) Click the lane No.
2) Select Linked Lane No.
3) Select Lane Direcon Type.
4) Select Lane Type.
5) Oponal: Check lane(s) to copy the parameters of the current lane to other lane(s).
8.
Draw the lane area.
1) Click Draw Area.
2) Select the lane.
3) Set the property of the lane lines and right border line.
4) Select the default lane lines and right border line, and drag the two end points of the line or
drag the whole line to adjust its posion according to the actual scene.
5) Oponal: Click Draw Lane Line to restore to the default drawing.
6) Select the area No., and click Draw Area to draw the area.
Note
Click the le buon of the mouse to locate the vertexes of the area on the live view image,
and click the right buon of the mouse to nish the drawing.
7) Oponal: Select another area No. and draw the area according to the steps above.
8) Click OK.
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Figure 4-2 Draw Lane Lines and Areas
9.
Click Save.
4.2 Set Data Collecon
You can set the vehicle data collecon and analysis parameters.
Steps
1.
Go to Conguraon → Device Conguraon Applicaon Mode → Trigger Mode .
2.
Select Linked Lane Amount.
3.
Click Data Collecon.
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Figure 4-3 Set Data Collecon
4.
Select data upload mode.
Upload Real-Time Data
The vehicle detector will upload the collected data to the server in real me.
Upload Stascs Data
The vehicle detector will upload the collected data to the server according to the set interval.
5.
Select Protocol Type.
Unicoil
One coil for each lane.
6.
Set the lane data collecon parameters.
1) Click the lane No.
2) Enter Linked Lane No.
3) Select Lane Direcon and Lane Direcon Type.
4) Oponal: Check lane(s) to copy the parameters of the current lane to other lane(s).
7.
Draw lane lines and virtual coil areas.
1) Click Draw Area.
2) Select the lane.
3) Select the default lane lines and right border line, and drag the two end points of the line or
drag the whole line to adjust its posion according to the actual scene.
4) Oponal: Click Draw Lane Line to restore to the default drawing.
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5) Click Draw Virtual Coil A to draw the virtual coil area.
Note
Click the le buon of the mouse to locate the vertexes of the virtual coil area on the live
view image, and click the right buon of the mouse to nish the drawing.
It is recommended to draw the virtual coil A at the posion the distance from which to the
image lower edge is the length of two vehicles.
6) Click OK.
Figure 4-4 Draw Lane Lines and Virtual Coil Areas
8.
Click Save.
4.3 Set Capture Parameters
4.3.1 Set License Plate Recognion Parameters
When there are vehicles of dierent types passing from dierent direcons, set the license plate
recognion parameters.
Steps
1.
Go to Conguraon → Device Conguraon → Capture Parameters → LPR Parameters .
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Figure 4-5 Set License Plate Recognion Parameters
2.
Select License Plate Direcon.
-
Select Front LPR when license plates of vehicles from the approaching direcon need to be
recognized.
-
Select Rear LPR when license plates of vehicles from the leaving direcon need to be
recognized.
3.
Set Country/Region according to the actual needs.
4.
Click Save.
4.3.2 Set Supplement Light Parameters
Supplement light can enhance the image stabilizaon and adjust the brightness and color
temperature. You can use supplement light to supplement light at night or when the light is dim.
Steps
Note
Only when the solid light is connected, can the set parameters take eect.
The supported parameters vary with dierent models. The actual device prevails.
1.
Go to Conguraon → Device Conguraon → Capture Parameters → Supplement Light
Parameters .
Figure 4-6 Set Supplement Light Parameters
2.
Select the I/O.
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3.
Select I/O Output Mode.
-
Select Solid Light Mode when you need to use the solid light.
-
Select Housing Fan Mode when you need to use the fan.
Note
I/O output modes vary with dierent models. The actual device prevails.
4.
Set other control parameters.
Duty Rao/Brightness
It is the me occupaon of the high level in a certain period. The higher the duty rao, the
brighter the solid light. High duty rao will cut life span of the solid light.
Enable Solid Light by Auto Brightness Detecon
Check it when you want the solid light to be controlled by detecng the surroundings
brightness automacally. Set Brightness Threshold. The higher the threshold is, the harder
the solid light can be enabled.
Enable Solid Light by Time
Check it when you want the solid light to be enabled during a xed me period. Set Start
Time and End Time.
Enable Housing Fan
Under Housing Fan Mode, check it when you need to enable the fan.
Note
Enabling solid light by brightness and me are conicted with each other. You can only enable
one funcon at once.
5.
Oponal: Select other I/O(s) to copy the same sengs.
6.
Click Save.
4.3.3 Set Picture Composion
You can enable the picture composion to composite several pictures into one to make it
convenient to view the violaon captured pictures.
Steps
Note
Funcons and parameters vary with dierent models. The actual device prevails.
1.
Go to Conguraon → Device Conguraon → Capture Parameters → Picture Composion .
2.
Check Enable Composion.
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Figure 4-7 Set Picture Composion
3.
Set composion types for dierent picture quanes.
4.
Set other composion parameters.
Close-up Zooming Rao
The higher the value is, the larger the close-up is.
Close-up Picture No.
It is the picture where the close-up comes from.
5.
Oponal: Check Output Close-up Independently to output close-up pictures independently
when the picture composion is not enabled.
Note
Enabling composion and outpung close-up independently funcons conict with each other.
You can only enable one.
6.
Click Save.
4.3.4 Set Capture Overlay
If you want to overlay informaon on the captured pictures, set capture overlay.
Steps
1.
Go to Conguraon → Device Conguraon → Text Overlay → Capture Overlay Conguraon .
2.
Check Text Overlay on Capture.
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Figure 4-8 Set Capture Overlay
3.
Set capture overlay parameters.
Percentage
It is the percentage that the overlaid informaon occupies on the picture. For example, if you
set the percentage to 50, the overlaid informaon in a row will occupy up to half of the image
width, and the excess content will be overlaid from a new line.
Overlay Number to Zeroize
When the overlaid number digits are smaller than the xed digits, 0 will be overlaid before
the overlaid number. For example, the xed digits for lane No. is 2. If the lane No. is 1, 01 will
be overlaid on the picture.
Overlay Plate Close-up
Check it to overlay license plate close-up picture on the captured picture.
4.
Select the overlay informaon from the list.
Note
The overlay informaon varies with dierent models. The actual device prevails.
5.
Set the overlay informaon.
Set Type You can edit the type.
Set Overlay
Informaon
For some informaon types, you can edit the detailed informaon.
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Set Overlay Posion If you check it, the current informaon will be displayed from a new
line.
Set Space Number Edit the number of spaces between the current informaon and the
next one from 0 to 255. 0 means there is no space.
Set Line Break
Characters
Edit the number of characters from 0 to 100 between the current
informaon line and the previous informaon line. 0 means no line
break.
Adjust overlay
sequence
Click
/ to adjust the display sequence of the overlay
informaon.
6.
Click Save.
4.3.5 Set Composite Picture Overlay
If you want to overlay informaon on the composite pictures, set composite picture overlay.
Steps
1.
Go to Conguraon → Device Conguraon → Text Overlay → Composite Picture Overlay
Conguraon .
2.
Check Text Overlay on Capture.
Figure 4-9 Set Composite Picture Overlay
3.
Set composite picture overlay parameters.
Percentage
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It is the percentage that the overlaid informaon occupies on the picture. For example, if you
set the percentage to 50, the overlaid informaon in a row will occupy up to half of the image
width, and the excess content will be overlaid from a new line.
4.
Select the overlay informaon from the list.
Note
The overlay informaon varies with dierent models. The actual device prevails.
5.
Set the overlay informaon.
Set Type You can edit the type.
Set Overlay
Informaon
For some informaon types, you can edit the detailed informaon.
Set Overlay Posion If you check it, the current informaon will be displayed from a new
line.
Set Space Number Edit the number of spaces between the current informaon and the
next one from 0 to 255. 0 means there is no space.
Set Line Break
Characters
Edit the number of characters from 0 to 100 between the current
informaon line and the previous informaon line. 0 means no line
break.
Adjust overlay
sequence
Click
/ to adjust the display sequence of the overlay
informaon.
6.
Click Save.
4.3.6 Set Vehicle Feature Parameters
Set vehicle feature parameters if you need to detect the vehicle features of the passing vehicle.
Steps
Note
The parameters vary with dierent models. The actual device prevails.
1.
Go to Conguraon → Device Conguraon → Capture Parameters → Vehicle Feature
Parameters .
2.
Check the vehicle features that needed to be detected, and set the corresponding parameters.
3.
Click Save.
4.3.7 Set Image Encoding Parameters
If the captured pictures are not clear, set the resoluon of the captured pictures and the picture
size.
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Steps
1.
Go to Conguraon → Device Conguraon → Encoding and Storage → Image Encoding .
Figure 4-10 Set Image Encoding Parameters
2.
Select Capture Resoluon.
3.
Enter the picture size.
JPEG Picture Size
The size of the captured picture.
Composite JEPG Picture Size
The size of the composite picture.
4.
Click Save.
4.4 View Real-Time Picture
You can view the real-me captured pictures and license plate informaon.
Steps
1.
Go to Live View → Real-Time Status and Trac Flow Stascs .
2.
Select an item from the list, and you can view the capture scene picture and license plate
picture.
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Figure 4-11 Real-Time Picture
3.
You can do the following operaons on this interface.
-
Select the arming mode. Level 1 Arming can only connect one client or web. The uploaded
pictures will not be stored in the storage card. The pictures in the storage card will be
uploaded to the level 1 arming. Level 2 Arming can connect three clients or webs. The
pictures will be uploaded to the client/web, and stored in the storage card. Disarm is to cancel
the alarm status or real-me picture.
-
Click Capture to enable manual capture. The captured pictures will be saved in the set local
path. Or you can click Open Folder to view the pictures.
-
Click Measure Plate/Ruler On to measure the license plate pixel. Aer the measurement,
click Disable/Ruler O.
-
Click
aer Burst to set the burst parameters.
Pictures Per Burst
Up to ve pictures can be captured per burst.
Burst Interval
Up to four intervals can be set, and the default interval is 100 s.
Click Burst, and the device will capture pictures according to the set intervals.
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4.5 Search Picture
You can search the captured pictures stored in the storage card and export the pictures you need.
Before You Start
Install the storage card, and ensure the storage status is normal.
Steps
1.
Click Picture.
2.
Set the search condions such as Lane No., Vehicle Type, etc.
3.
Click Search.
The searched pictures informaon will be displayed in the picture list.
Note
If you have set level 1 arming for the device, the captured pictures will not be saved in the
storage card. Go to the saving path of scene pictures to view them. You can go to Conguraon
→ Local Conguraon to get the saving path.
4.
Oponal: Click to preview the selected picture.
You can view the captured picture and the related informaon such as the capture me, lane
No., license plate number, etc.
5.
Oponal: Check a picture or several pictures and click Export Picture to export it/them to the
saving path you have set.
The downloaded picture(s) will be marked as "Downloaded". You can go to Conguraon
Local Conguraon to get the saving path of downloaded pictures.
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Chapter 5 Live View and Local Conguraon
5.1 Live View
5.1.1 Start/Stop Live View
Click to start live view. Click to stop live view.
5.1.2 Select Image Display Mode
Click to display the image in 4:3/16:9/self-adapve display mode.
5.1.3 Select Stream Type
Click / / to select the stream type. It is recommended to select the main
stream to get the high-quality image when the network condion is good, and select the sub-
stream to get the uent image when the network condion is not good enough. The third stream is
custom.
5.1.4 Capture Picture Manually
You can capture pictures manually on the live view image and save them to the computer.
Steps
1.
Click
to start live view.
2.
Click to capture a picture.
3.
Oponal: Click Conguraon → Local Conguraon to view the saving path of snapshots in live
view.
5.1.5 Record Manually
You can record videos manually on the live view image and save them to the computer.
Steps
1.
Click to start live view.
2.
Click to start recording.
3.
Click to stop recording.
4.
Oponal: Click Conguraon → Local Conguraon to view the saving path of record les.
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5.1.6 Enable Digital Zoom
You can enable digital zoom to zoom in a certain part of the live view image.
Steps
1.
Click to start live view.
2.
Click to enable digital zoom.
3.
Place the cursor on the live view image posion which needs to be zoomed in. Drag the mouse
rightwards and downwards to draw an area.
The area will be zoomed in.
4.
Click any posion of the image to restore to normal image.
5.
Click to disable digital zoom.
5.1.7 Enable Regional Exposure
Enable regional exposure to expose paral area of the live view image.
Steps
1.
Click .
2.
Drag the cursor downwards and rightwards to select an area in the live view image.
The selected area can be exposed.
3.
Click to disable regional exposure.
5.1.8 Enable Wiper
is a reserved funcon.
5.2 Local Conguraon
Go to Conguraon → Local Conguraon to set the live view parameters and change the saving
paths of videos, captured pictures, scene pictures, etc.
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Figure 5-1 Local Conguraon
Protocol
Select the network transmission protocol according to the actual needs.
TCP
Ensures complete delivery of streaming data and beer video quality, yet the real-me
transmission will be aected.
UDP
Provides real-me audio and video streams.
Live View Performance
Real Time
The video is real-me, but the video uency may be aected.
Balanced
Balanced mode considers both the real me and uency of the video.
Fluent
When the network condion is good, the video is uent.
Rule Informaon
If you enable the rule informaon, tracking frames will be displayed on the live view interface
when there are vehicles passing.
Feature Informaon
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If you enable the feature informaon, informaon of the lane, trac ow, speed, etc. will be
displayed on the live view interface.
Record File Size
Select the packed size of the manually recorded video les. Aer the selecon, the max. record
le size is the value you selected.
Save record les to
Set the saving path for the manually recorded video les.
Save snapshots in live view to
Set the saving path of the manually captured pictures in live view mode.
Save downloaded pictures to
Set the saving path for the downloaded pictures.
Save scene picture to
Set the saving path of the captured pictures in the Real-Time Status and Trac Flow Stascs
interface.
Note
The parameters vary with dierent models. The actual device prevails.
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Chapter 6 Record and Capture
6.1 Set Storage Path
6.1.1 Set Storage Card
If you want to store the les to the storage card, make sure you insert and format the storage card
in advance.
Before You Start
Insert the storage card to the device.
Steps
1.
Go to Conguraon → Device Conguraon → Encoding and Storage → Storage Management .
Figure 6-1 Set Storage Card
2.
Format the storage card in two ways.
-
Check the storage card, and click Format to format it manually.
Note
For the newly installed storage card, you need to format it manually before using it normally.
-
If you want to format the storage card automacally when the card is abnormal, check Format
Backup Storage Automacally.
3.
Oponal: If the device has been connected to the plaorm, and you want to upload the storage
card informaon automacally, check Upload Backup Storage Informaon Automacally.
4.
Click Save.
6.1.2 Set FTP
Set FTP parameters if you want to upload the captured pictures to the FTP server.
Before You Start
Set the FTP server, and ensure the device can communicate normally with the server.
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Steps
1.
Go to Conguraon → Device Conguraon → Encoding and Storage → FTP .
2.
Enable the FTP server.
Figure 6-2 Set FTP
3.
Oponal: Check Upload Addional Informaon, and then the related informaon can be
aached when uploading.
4.
Set FTP parameters.
1) Enter Server Address and Port.
2) Enter User Name and Password, and conrm the password.
3) Select Directory Structure.
Note
If mulple directories are needed, you can customize the directory name.
5.
Oponal: Check Not Upload Plate Close-up if the license plate close-up pictures are not needed
to be uploaded.
6.
Oponal: Click FTP Test to test the server connecon.
7.
Set the name rule and separator according to the actual needs.
8.
Oponal: Edit OSD informaon which can be uploaded to the FTP server with the pictures to
make it convenient to view and disnguish the data.
9.
Click Save.
6.1.3 Set Listening Host
The listening host can be used to receive the uploaded informaon and pictures of the device
arming alarm.
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Before You Start
The listening service has been enabled for the listening host, and the network communicaon with
the device is normal.
Steps
1.
Go to Conguraon → Device Conguraon → System → Network Interface Parameters .
Figure 6-3 Set Listening Host
2.
Set ANPR IP Address/Domain and ANPR Port if you need to upload the alarm informaon and
pictures.
3.
Set Listening Host IP Address/Domain and Listening Host Port, and check Enable Picture
Uploading Listening if you need to upload the alarm informaon and pictures.
Note
ANPR and listening conict with each other. When you enable listening host, pictures will be
uploaded via listening host in priority. When you disable listening and have set ANPR IP address
and port, pictures will be uploaded via ANPR protocol.
4.
Oponal: Set Preferred DNS Address if you need to visit the device with domain name.
5.
Oponal: Set Mulcast Address if you need to preview the picture via the mulcast group.
6.
Click Save.
6.1.4 Set Cloud Storage
Cloud storage is a kind of network storage. It can be used as the extended storage to save the
captured pictures.
Before You Start
Arrange the cloud storage server.
You have enabled level 1 arm in Real-Time Status and Trac Flow Stascs.
Note
The real-me status and trac ow stascs should be used with dedicated plaorm.
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Steps
1.
Go to Conguraon → Device Conguraon → Encoding and Storage → Cloud Storage .
Figure 6-4 Set Cloud Storage
2.
Check Enable.
3.
Select Version.
4.
Set the server parameters.
1) Enter Server IP Address and Port No.
2) If you select V2.0, enter accessKey and secretKey of the resource pool.
Note
If you select V1.0, enter User Name and Password.
3) Enter the ID according to the storage area No. of the server.
5.
Click Save.
6.2 Set Quota
Set the video and picture rao in the storage.
Before You Start
Install the storage card.
Steps
1.
Go to Conguraon → Device Conguraon → Encoding and Storage → Storage Management .
2.
Set Picture Quota and Record Quota according to the actual needs.
Note
The percentage sum of the picture and record quota rao should be 100%.
3.
Click Save.
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What to do next
Format the storage card aer the sengs.
6.3 Set Record Schedule
Set record schedule to record video automacally during congured me periods.
Before You Start
Ensure the storage status is normal. You are recommended to set the video quota rao as not 0.
Steps
1.
Go to Conguraon → Device Conguraon → Encoding and Storage → Record Schedule .
Figure 6-5 Set Record Schedule
2.
Oponal: Check Enable Overwrien Recording.
When the storage is full, the earliest videos will be overwrien.
3.
Check Enable Record Schedule.
4.
Click Edit to edit the record schedule.
1) Select Customize.
2) Set the start me and end me.
3) Oponal: Select the other days and click Copy to copy the sengs to other days.
4) Click OK.
5.
Click Save.
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Chapter 7 Encoding and Display
7.1 Set Video Encoding Parameters
Set video encoding parameters to adjust the live view and recording eect.
When the network signal is good and the speed is fast, you can set high resoluon and bitrate to
raise the image quality.
When the network signal is bad and the speed is slow, you can set low resoluon, bitrate, and
frame rate to guarantee the image uency.
When the network signal is bad, but the resoluon should be guaranteed, you can set low
bitrate and frame rate to guarantee the image uency.
Main 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
usually oers comparavely low resoluon opons, which consumes less bandwidth and storage
space. Third stream is oered for customized usage.
Steps
1.
Go to Conguraon → Device Conguraon → Encoding and Storage → Video Encoding .
2.
Set the parameters for dierent streams.
Stream Type
Only video stream is available.
Bitrate
Select relavely large bitrate if you need good image quality and eect, but more storage
spaces will be consumed. Select relavely small bitrate if storage requirement is in priority.
Frame Rate
It 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.
Resoluon
The higher the resoluon is, the clearer the image will be. Meanwhile, the network
bandwidth requirement is higher.
SVC
Scalable Video Coding (SVC) is an extension of the H.264/AVC and H.265 standard. Enable the
funcon and the device will automacally extract frames from the original video when the
network bandwidth is insucient.
Bitrate Type
Select the bitrate type to constant or variable.
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Image Quality
When bitrate type is variable, 6 levels of image quality are selectable. The higher the image
quality is, the higher requirements of the network bandwidth.
Prole
When you select H.264 or H.265 as video encoding, you can set the prole. Selectable
proles vary according to device models.
I Frame Interval
It refers to the number of frames between two key frames. The larger the I frame interval is,
the smaller the stream uctuaon is, but the image quality is not that good.
Video Encoding
The device supports mulple video encoding types, such as H.264, H.265, and MJPEG.
Supported encoding types for dierent stream types may dier. H.265 is a new encoding
technology. Compared with H.264, it reduces the transmission bitrate under the same
resoluon, frame rate, and image quality.
3.
Click Save.
7.2 Set Image Parameters
You can adjust the image parameters to get clear image.
Steps
Note
The supported parameters may vary with dierent models. The actual device prevails.
1.
Go to Conguraon → Device Conguraon → Image Parameters → General Parameters /
Conguraon → Device Conguraon → Image Parameters → Video .
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Figure 7-1 Set General Parameters
Figure 7-2 Set Video Image Parameters
2.
Set the relevant parameters.
Saturaon
It refers to the colorfulness of the image color.
Sharpness
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It refers to the edge contrast of the image.
White Balance
It is the white rendion funcon of the device used to adjust the color temperature according
to the environment. The higher the White Balance Level is, the stronger the eect is.
WDR Mode
Wide Dynamic Range (WDR) can be used when there is a high contrast of the bright area and
the dark area of the scene.
Lens Type
In Auto mode, the lens can adjust automacally according to the current light strength. In
Manual mode, you need to adjust the lens manually. Choose pIris if the lens has been
changed to piris lens and set the type and iris value accordingly.
Brightness Enhancement at Night
The scene brightness will be enhanced at night automacally.
Enable Defog
Enable it to get a clear image in foggy days.
Enable Plate Brightness Compensaon
Enable plate brightness compensaon to realize brightness compensaon of the license
plate. The higher the sensivity is, the easier this funcon can be enabled.
Enable Gamma Correcon
The higher the gamma correcon value is, the stronger the correcon strength is.
Brightness
It refers to the max. brightness of the image.
Contrast
It refers to the contrast of the image. Set it to adjust the levels and permeability of the image.
Shuer
If the shuer speed is quick, the details of the moving objects can be displayed beer. If the
shuer speed is slow, the outline of the moving objects will be fuzzy and trailing will appear.
Gain
It refers to the upper limit value of liming image signal amplicaon. It is recommended to
set a high gain if the illuminaon is not enough, and set a low gain if the illuminaon is
enough.
3D Noise Reducon Mode
In Normal Mode, the higher the Noise Reducon Level is, the stronger the noise will be
reduced. But if it is too high, the image may become fuzzy.
In Expert Mode, set Space Domain Intensity and Time Domain Intensity. If the space domain
intensity is too high, the outline of the image may become fuzzy and the details may be lost.
If the me domain intensity is too high, trailing may appear.
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2D DNR
The higher the 2D DNR Level is, the stronger the noise will be reduced. But if it is too high,
the image may become fuzzy.
Enable Slow Shuer
This funcon can be used in underexposure condion. It lengthens the shuer me to ensure
full exposure. The higher the Slow Shuer Level is, the slower the shuer speed is.
Video Standard
Select the video standard according to the actual power supply frequency.
7.3 Set ICR
ICR adopts mechanical IR lter to lter IR in the day to guarantee the image eect, and to remove
the IR lter at night to guarantee full-spectrum rays can get through the device.
Steps
1.
Go to Conguraon → Device Conguraon → Image Parameters → ICR .
2.
Select ICR Mode.
Auto-Switch Switches to ICR mode automacally at night or in dark light condions.
Manual Switch Select Day/Night Mode to switch to the day or night manually.
Scheduled Mode Set day/night mode, start me, and end me to switch to ICR mode only
during the set me period.
No Switch Disable the ICR mode.
3.
Click Save.
7.4 Set ROI
ROI (Region of Interest) encoding helps to assign more encoding resources 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 encoding type. ROI is supported when the video encoding type is H.264 or
H.265.
Steps
1.
Go to Conguraon → Device Conguraon → Encoding and Storage → ROI .
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Figure 7-3 Set ROI
2.
Select Stream Type.
3.
Set ROI region.
1) Check Enable.
2) Select Area No.
3) Click Draw Area.
4) Drag the mouse on the live view image to draw a xed area.
5) Select the xed area that needs to be adjusted and drag the mouse to adjust its posion.
6) Click Stop Drawing.
4.
Select Area No. and ROI Level and enter Area Name.
Note
The higher the ROI level is, the clearer the image of the detected area is.
5.
Click Save.
6.
Oponal: Select other area codes and repeat the steps above if you need to draw mulple xed
areas.
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7.5 Set OSD
You can customize OSD informaon on the live view.
Steps
1.
Go to Conguraon → Device Conguraon → Text Overlay → OSD Sengs .
Figure 7-4 Set OSD
2.
Set the display mode, size, color, etc.
Note
The supported funcons vary with dierent models. The actual device prevails.
3.
Set the display content.
1) Check Display Name and enter the name.
2) Check Display Date, and set the me and date format.
3) Check Display Week or Millisecond according to your needs.
4.
Oponal: Check the display item(s) and enter informaon in the text eld(s).
5.
Drag the red frames on the live view image to adjust the OSD posions.
6.
Click Save.
Result
The set OSD will be displayed in live view image and recorded videos.
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Chapter 8 Network Conguraon
8.1 Set IP Address
IP address 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.
Steps
1.
Go to Conguraon → Device Conguraon → System → Network Interface Parameters .
Figure 8-1 Set IP Address
2.
Select Dual-NIC Mode.
3.
Set the parameters below.
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NIC Type
Select a NIC (Network Interface Card) type according to your network condion.
IP Address
Two modes are available.
DHCP
The device automacally gets the IP 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.
Manual
You can set the device IP parameters manually. Enter IP Address, Subnet Mask, and
Gateway.
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
Enter IPv6 Address, IPv6 Subnet Mask, and IPv6 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.
Mulcast
Mulcast is group communicaon where data transmission is addressed to a group of
desnaon devices simultaneously. Aer seng Mulcast Address, you can send the source
data eciently to mulple receivers.
Router
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Enter Route Address and Subnet Mask if the device is connected to a router.
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 properly if needed.
4.
Click Save.
8.2 Connect to ISUP Plaorm
ISUP (EHome) is a plaorm access protocol. The device can be remotely accessed via this plaorm.
Before You Start
Create the device ID on ISUP plaorm.
Ensure the device can communicate with the plaorm normally.
Steps
1.
Go to Conguraon → Device Conguraon → System → ISUP Protocol .
Figure 8-2 Connect to ISUP Plaorm
2.
Check Enable.
3.
Select Protocol Version.
4.
Enter Plaorm IP Address, Plaorm Port, and Camera No.
Note
The camera No. should be the same with the added one on the ISUP plaorm.
5.
Oponal: Enter Encrypon Key if you select v5.0.
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6.
Click Save.
7.
Oponal: View Registraon Status.
Note
When the registraon status shows online, you can add or manage the device via the plaorm
soware. Refer to its corresponding manual for details.
8.3 Set DDNS
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
Register the domain name on the DDNS server.
Set the LAN IP address, subnet mask, gateway, and DNS server parameters. Refer to "Set IP
Address" for details.
Complete port mapping. The default ports are 80, 8000, and 554.
Steps
1.
Go to Conguraon → Device Conguraon → System → DDNS .
Figure 8-3 Set DDNS
2.
Check Enable DDNS.
3.
Enter the server address and other informaon.
4.
Click Save.
5.
Access the device.
By Browser 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 soware
manual for specic adding methods.
8.4 Set IEEE 802.1X
IEEE 802.1X is a port-based network access control. It enhances the security level of the LAN/
WLAN. When devices connect to the network with IEEE 802.1X standard, the authencaon is
needed.
Steps
1.
Go to Conguraon → Device Conguraon → System → 802.1X .
Figure 8-4 Set IEEE 802.1X
2.
Check Enable EEE 802.1X.
3.
Select Protocol Type and EAPOL Version.
Protocol Type
If you use EAP-MD5, the authencaon server must be congured. Register a user name and
password for 802.1X in the server in advance. Enter the user name and password for
authencaon.
EAPOL Version
The EAPOL version must be idencal with that of the router or the switch.
4.
Enter User Name and Password registered in the server.
5.
Conrm the password.
6.
Click Save.
8.5 Set Image and Video Library
Set the interacon parameters of the device consistent with those of the image and video library
plaorm via the image and video library (1400) protocol, and register the device on the plaorm.
When the device generates alarm signals, the alarm informaon will be sent to the plaorm.
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Steps
Note
The funcon varies with dierent models. The actual device prevails.
1.
Go to Conguraon → Device Conguraon → System → Image and Video Library .
2.
Check Enable.
3.
Set the parameters such as the device ID, user name, password, etc.
Note
The parameters should be consistent with those on the image and video library plaorm.
4.
Set other parameters.
Heartbeat Cycle
The connecon me between the device and the image and video library plaorm.
Max. Times of Heartbeat Timeout
The max. mes of heartbeat meout when the device connects to the image and video
library plaorm.
5.
View Registraon Status.
6.
Set Camera ID of the channel.
7.
Click Save.
8.6 Set Port
The device port can be modied when the device cannot access the network due to port conicts.
Go to Conguraon → Device Conguraon → System → Port for port sengs.
Figure 8-5 Set Port
HTTP Port
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.
RTSP Port
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It refers to the port of real-me streaming protocol.
SDK Port
It refers to the port through which the client adds the device.
SADP Port
It refers to the port through which the SADP soware searches the device.
Note
Aer eding the port, access to the device via new port.
Reboot the device to take the new sengs into eect.
The supported ports vary with dierent models. The actual device prevails.
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Chapter 9 Serial Port Conguraon
9.1 Set RS-485
Set RS-485 parameters if the device needs to be connected to other peripheral devices controlled
by RS-485 serial port.
Before You Start
The corresponding device has been connected via the RS-485 serial port.
Steps
Note
The supported parameters may vary with dierent models. The actual device prevails.
1.
Go to Conguraon → Device Conguraon → System → Serial Port Parameters .
Figure 9-1 Set RS-485
2.
Set Baud Rate, Data Bit, Stop Bit, Parity, and Flow Ctrl.
Note
The parameters should be same with those of the connected device.
3.
Select Working Mode as Applicaon Trigger.
Applicaon Trigger
When a signal trigger device (such as radar) gets connected to the device via the RS-485 serial
port, select this mode for receiving trigger signals.
4.
Click Save.
9.2 Set RS-232
Set RS-232 parameters if you need to debug the device via RS-232 serial port.
Before You Start
The debugging device has been connected via the RS-232 serial port.
Steps
1.
Go to Conguraon → Device Conguraon → System → Serial Port Parameters .
2.
Click Advanced Sengs.
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Figure 9-2 Set RS-232
3.
Set Baud Rate, Data Bit, Stop Bit, etc.
Note
The parameters should be same with those of the connected device.
4.
Select Working Mode.
Console
Select it when you need to debug the device via RS-232 serial port.
Transparent Channel
Select it, and the network command can be transmied to RS-232 control command via the
RS-232 serial port.
Narrow Band Transmission
Reserved.
5.
Click Save.
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Chapter 10 Excepon Alarm
Set excepon alarm when the network is disconnected, the IP address is conicted, etc.
Steps
Note
The supported excepon types vary with dierent models. The actual device prevails.
1.
Go to Conguraon → Device Conguraon → Events Excepon Event .
Figure 10-1 Set Excepon Alarm
2.
Select the excepon type(s) and the linkage method.
3.
Click Save.
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Chapter 11 Safety Management
11.1 Manage User
The administrator can add, modify, or delete other accounts, and grant dierent permissions to
dierent user levels.
Steps
1.
Go to Conguraon → Device Conguraon → User Management .
2.
Add a user.
1) Click Add.
2) Enter User Name and select Level.
3) Enter Admin Password, Password, and conrm the password.
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.
4) Assign remote permission to users based on needs.
User
Users can be assigned permission of viewing live video 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.
5) Click OK.
Note
The administrator can add up to 31 user accounts.
3.
You can do the following operaons.
-
Select a user and click Modify to change the password and permission.
-
Select a user and click Delete to delete the user.
11.2 Enable User Lock
To raise the data security, you are recommended to lock the current IP address.
Steps
1.
Go to Conguraon → Device Conguraon → System → Service .
2.
Check Enable User Lock.
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3.
Click Save.
Result
When the mes you entered incorrect passwords have reached the limit, the current IP address
will be locked automacally.
11.3 Set HTTPS
11.3.1 Create and Install Self-signed Cercate
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 → Device Conguraon → System → HTTPS .
2.
Select Create Self-Signed Cercate.
3.
Click Create.
4.
Follow the prompt to enter Country/Region, IP Address, Valid Date (Day), and other
parameters.
5.
Click OK.
Result
The device will install the self-signed cercate by default.
11.3.2 Install Authorized Cercate
If the demand for external access security is high, you can create and install authorized cercate
via HTTPS protocol to ensure the data transmission security.
Steps
1.
Go to Conguraon → Device Conguraon → System → HTTPS .
2.
Select Create the cercate request rst and connue the installaon.
3.
Click Create.
4.
Follow the prompt to enter Country/Region, IP Address, and other parameters.
5.
Click Download to download the cercate request and submit it to the trusted authority for
signature.
6.
Import cercate to the device.
-
Select Signed cercate is available. Start the installaon directly. Click Browse and Install to
import the cercate to the device.
-
Select Create the cercate request rst and connue the installaon. Click Browse and
Install to import the cercate to the device.
7.
Click Save.
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11.4 Set SSH
To raise network security, disable SSH service. The conguraon is only used to debug the device
for the professionals.
Steps
1.
Go to Conguraon → Device Conguraon → System → Service .
2.
Uncheck Enable SSH Service.
3.
Click Save.
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Chapter 12 Maintenance
12.1 View Device Informaon
Basic Informaon and Algorithms Library Version
Go to Conguraon → Device Conguraon → System → Device Informaon to view the basic
informaon and algorithms library version of the device.
You can edit Device Name and Device No. The device No. is used to control the device. It is
recommended to reserve the default value.
Device Status
Go to Conguraon → Device Status to view the device status.
12.2 View Thermal Camera Informaon
The device supports viewing the detailed informaon of the connected thermal camera.
Go to Conguraon → Device Conguraon → Thermal Imaging Management to view name,
model, and other informaon of the thermal camera.
12.3 Log
12.3.1 Enable System Log Service
The security audit logs refer to the security operaon 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.
Security audit logs can be saved on device internal storage. The log will be saved every half hour
aer device boong. Due to limited storage space, you are recommended to save the logs on a log
server.
Steps
1.
Go to Conguraon → Device Conguraon → System → Service .
2.
Check Enable Syslog Service.
3.
Enter IP Address and Port of the log server.
4.
Click Save.
Result
The device will upload the security audit logs to the log server regularly.
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12.3.2 Search Log
Log helps to locate and troubleshoot problems.
Steps
1.
Click Log.
2.
Set search condions.
3.
Click Search.
The matched log les will be displayed on the log list.
4.
Oponal: Click Save Log to save the log les to your computer.
12.4 Upgrade
Upgrade the system when you need to update the device version.
Before You Start
Prepare the upgrade le.
Steps
1.
Go to Conguraon → Device Conguraon → System Maintenance → Upgrade .
2.
Click Browse to select the upgrade le.
3.
Click Upgrade.
4.
Click OK in the popup window.
Note
The upgrade process will take 1 to 10 minutes. Do not cut o the power supply.
Result
The device will reboot automacally aer upgrade.
12.5 Reboot
When the device needs to be rebooted, reboot it via the soware instead of cung o the power
directly.
Steps
1.
Go to Conguraon → Device Conguraon → System Maintenance → Reboot .
2.
Click Reboot.
3.
Click OK to reboot the device.
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12.6 Restore Parameters
When the device is abnormal caused by the incorrect set parameters, you can restore the
parameters.
Steps
1.
Go to Conguraon → Device Conguraon → System Maintenance → Default .
2.
Select the restoraon mode.
-
Click Restore to restore the parameters except the IP parameters and user parameters to the
default sengs.
-
Click Restore Factory Sengs to restore all the parameters to the factory sengs.
3.
Click OK.
12.7 Synchronize Time
Synchronize the device me when it is inconsistent with the actual me.
Steps
1.
Go to Conguraon → Device Conguraon → System → Time Sengs .
2.
Select Time Zone.
3.
Select Time Sync. Mode.
NTP Time Sync.
Select it to synchronize the device me with that of the NTP server. Set Server Address, NTP
Port, and Interval. Click NTP Test to test if the connecon between the device and the server
is normal.
Manual Time Sync.
Select it to synchronize the device me with that of the computer. Set me manually, or
check Sync. with computer me.
SDK
If the remote host has been set for the device, select it to synchronize me via the remote
host.
ONVIF
Select it to synchronize me via the third-party device.
No
Select it to disable me synchronizaon.
All
Select it, and you can select any mode above.
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Note
The me synchronizaon modes vary with dierent models. The actual device prevails.
4.
Click Save.
12.8 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 → Device Conguraon → System → DST .
2.
Check Enable DST.
3.
Set Start Time, End Time, and DST Bias.
4.
Click Save.
12.9 Debug
Note
The debug conguraons below are only provided to debug the device by the professionals.
12.9.1 Enable Informaon Overlay
You can overlay the algorithm POS informaon and posioning frames on the captured pictures or
playback images.
Steps
1.
Go to Conguraon → Device Conguraon → Advanced Sengs → System Service .
2.
Check the debug informaon according to your needs.
Enable Algorithm POS Informaon Debug
The algorithm POS informaon will be overlaid on the playback image when you play back
the video with the dedicated tool.
Enable Posioning Frame Debug
The posioning frames of vehicle bodies and license plates will be overlaid on the captured
pictures.
3.
Click Save.
12.9.2 Vehicle Capture and Recognion Service
Set the vehicle capture and recognion service to debug the device.
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Steps
1.
Go to Conguraon → Device Conguraon → Advanced Sengs → Vehicle Capture and
Recognion Service .
2.
Check the service(s) according to your needs.
Note
The supported services vary with dierent models. The actual device prevails.
Not Capture No Plate Vehicle
The vehicles without license plates will not be captured.
Not Capture Wrong-Way Driving Vehicle
The wrong-way driving vehicles will not be captured.
Filter Checkpoint Capture of Same Vehicle
It is used to debug the device with the same vehicle. When the same vehicle is triggered
many mes during a short period in the scene, the checkpoint pictures of the vehicle will not
be captured.
Enable Non-Motor Vehicle Flow Stascs
Check it to count the non-motor vehicle ow.
Upload Stascs Data Every Integral Minute
Check it, and the device will upload the stascs data every integral minute according to the
set stascs interval in data collecon mode. For example, if you set the stascs interval as
2 minutes, then the device will upload the stascs data at 8:00:00, 8:02:00, 8:04:00, etc.
3.
Click Save.
12.9.3 Set Image Format
You can enable smartJPEG which can save the storage space without inuencing the resoluon.
Steps
1.
Go to Conguraon → Device Conguraon → Advanced Sengs → Image Service .
2.
Check smartJPEG.
3.
Click Save.
12.10 Export Parameters
You can export the parameters of one device, and import them to another device to set the two
devices with the same parameters.
Steps
1.
Go to Conguraon → Device Conguraon → System Maintenance → Export Parameters .
2.
Click Export Parameters.
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3.
Set a password, and click OK.
Note
The password is used for imporng the conguraon le of the current device to other devices.
4.
Select the saving path, and enter the le name.
5.
Click Save.
12.11 Import Conguraon File
Import the conguraon le of another device to the current device to set the same parameters.
Before You Start
Save the conguraon le to the computer.
Steps
Cauon
Imporng conguraon le is only available to the devices of the same model and same version.
1.
Go to Conguraon → Device Conguraon → System Maintenance → Import Cong. File .
2.
Select Imporng Method.
Note
If you select Import Part, check the parameters to be imported.
3.
Click Browse to select the conguraon le.
4.
Enter the password which is set when the conguraon le is exported, and click OK.
5.
Click Import.
6.
Click OK on the popup window.
Result
The parameters will be imported, and the device will reboot.
12.12 Export Debug File
The technicians can export the debug le to troubleshoot and maintain the device.
Steps
1.
Go to Conguraon → Device Conguraon → System Maintenance → Export Debug File .
2.
Click Export Debug.
3.
Select the saving path, and enter the le name.
4.
Click Save.
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Appendix A. Communicaon Matrix and Device
Command
Scan the QR code below to get the communicaon matrix of the device.
Scan the QR code below to get the device command.
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UD28193B

Specifications

Hikvision IDS-TCS800-CI Questions and Answers