Loading ...
Loading ...
Loading ...
[19] EBERBACH, K. (1974). Der Einfluss der Leuchtdichtestruktur von Lichtquellen auf die
Blendempfindung. Lichttechnik 6, p. 283–286.
[20] WATERS, C.E., MISTRICK, R.G., BERNECKER, C.A. (1995): Discomfort Glare from Sources of
Nonuniform Luminance. In: Journal of the Illuminating Engineering Society 24 (2), p. 73–85.
[21] KASAHARA, T., AIZAWA, D., IRIKURA, T., MORIYAMA, T., TODA, M., IWAMOTO, M. (2006):
Discomfort Glare Caused by White LED Light Source. In: Journal of Light and Visual Environment 30 (2),
p. 49–57.
[22] TAKAHASHI, H., IRIKURA, T., MORIYAMA, T., TODA, M., IWAMOTO, M. (2007): Discomfort glare and
annoyance caused by white LED lamps Proceedings of the 26th Session of the CIE, Beijing, China, p. D1-
80–D1-83
[23] LEE, CH.-M., KIM, H., CHOI, D.-S. (2007): A Study on the Estimation of Discomfort Glare for LED
Luminaires. In: CIE (Hg.): Proceedings of the 26th Session of the CIE, Beijing, China, p. D3-33–D3-36
[24] JUNG, S.-G., CHO, Y.-I., KIM, H. (2009): A Study of UGR for Non-Uniform Luminance Source.
Proceedings of Lux Europa 2009, Istanbul, Turkey, p. 553–558.
[25] KIM, W., Kim, J.T. (2010): The scope of the glare light source of the window with non-uniform
luminance distribution, Proceedings of 3rd International Symposium on Sustainable Healthy Buildings,
Seoul, Korea, p. 253–271
[26] TASHIRO T., KIMURA-MINODA, T., KOHKO, S., ISHIKAWA, T., AYAMA, M. (2011): Discomfort Glare
Evaluation to White LEDs with Different Spatial Arrangement. Proceedings of the 27th Session of the CIE,
Sun City, South Africa, p. 583–588.
[27] BULLOUGH, J.D. (2011): Luminance versus luminous intensity as metric for discomfort glare. SAE
International, DOI: 10.4271/2011-01-0111.
[28] BULLOUGH, J.D., SWEATER HICKCOX, K. (2012): Interactions among light source luminance,
illuminance and size on discomfort glare. SAE International, DOI: 10.4271/201201-0269
[29] HARA, N., HASEGAWA, S. (2012): Study on Discomfort Glare Rating on the Luminaire with LED Array.
In: Journal of Illuminating Engineering Institute Japan 96 (2), p. 81–88.
[30] ERDEM, L., TRAMPERT, K., NEUMANN, C. (2012): Evaluation of Discomfort Glare from LED lighting
systems. Proceedings of Balkan Light 2012, Belgrade, p. 213–220.
[31] AYAMA, M., TASHIRO, T., KAWANOBE, S., KIMURA-MINODA, T., KOHKO, S., ISHIKAWA, T. (2013):
Discomfort glare of white LED sources of different spatial arrangements, Proceedings of the CIE
Centenary Conference, Paris, France, p. 119–122
[32] GEERDINCK, L.M., VAN GHELUWE, J.R., VISSENBERG, M.C.J.M. (2014): Discomfort glare perception
of non-uniform light sources in an office setting, Journal of Environmental Psychology, 39, p. 5–13
[33] FUNKE, C., SCHIERZ, CH. (2015): Extension of the Unified Glare Rating Formula for NonUniform LED
Luminaires. Proceedings of 28th session of the CIE, Manchester, UK, p. 1471– 1480
[34] DONNERS, M.A.H., VISSENBERG, M.C.J.M., GEERDINCK, L.M., VAN DEN BROEK-COOLS, J.H.F.,
BUDDEMEIJER-LOCK, A. (2015): A psychophysical model of discomfort glare in both outdoor and indoor
applications. Proceedings of 28th Session of the CIE, Manchester, UK, p. 1602–1611
[35] YANG, Y., LUO, M.R., MA, S.N. (2016): Assessing glare. Part 2: Modifying Unified Glare Rating for
uniform and non-uniform LED luminaires. Lighting Research & Technology, 2016
[36] TAKAHASHI, H., KOBAYASHI, Y, ONDA, S., IRIKURA, T. (2007): Position Index for the Matrix Light
Source. In: Journal of Light and Visual Environment 31 (3), p. 128–133.
[37] HARA, N. (2016): Visual characteristics for evaluating the discomfort glare – relationship between
the position, size, array of the LED chips, and BCD on the discomfort glare. Proceedings of CIE 2016
“Lighting Quality and Energy Efficiency”, Melbourne, Australia, p. 704–707.
[38] YANG, Y., MA, S.N., LOU, M.R., LIU, X.Y. (2015): Discomfort glare by non-uniform white LED
matrices. Proceedings of the 28th Session of the CIE, Manchester, UK, p. 393–399.
Loading ...