ADS TS76 
BS Z 2:1997 
MEASUREMENT OF ILLUMINANCE SATISFACTION REGARD TO DUTIES AND NEW CONTROL METHOD OF INTELLIGENT LIGHTING SYSTEM USING SATISFACTION LEVEL (PP18, 589-596) 
SAE USCAR8 
NBBI NB23-2013 Part 3 
BS W 13:1973+A1:2014 
BS Z 9:1998 
NAS 999 Rev. 1 
BS W 14:1999 
HI 9.6.4-2009 
CGA V-19 
HI 9.6.6-2009 
JIS Z 9123:1997 
HI 9.6.5 (M122) 
AASHTO UAAG-2 
ADS TS57 
AS Z45-1967 
CIE x048-PO49 
UOP 99-82 
JIS Z 9121:1997 
AS T35-1966 
BS Z 1:1997 
BS Z 10:1998 
SAE USCAR8-3 
ASTM Volume 15.09:2020 
PHOTOMETRIC MEASUREMENT OF ROAD LIGHTING LUMINAIRES (PO60, 1007-1011) 
ADS TS367 
PUPILLARY LIGHT REFLEX AND RECEPTIVE FIELD CALCULATION OF VISUAL DISCOMFORT FOR DIFFERENT SPATIAL FREQUENCIES AND LUMINANCE STEPS (PP46, 776-785) 
HI 9.6.5-2009 
BS X 38:2005+A1:2015 
AS Z43.1-1971 
HI 9.8 (M123) 
PIP VESV1002 
AS Z43.3-1969 
AS Z33-1967 
BS Z 7:1998 
ADS TS64 
Description
Recently, LED based lighting systems are applied for general lighting and automotive lighting as well. To control the luminance of the LED lighting sources, time modulated control, called PWM (pulse width modulation), is frequently applied as a dimming control method. This paper presents that the eye movement speed of each individual influences the visibility threshold frequency of the phantom array effect. RGB full colour flat panel light sources are used in the experiment. The experiment result shows that the person with higher eye movement speed tends to have higher threshold frequency.
Product Details
- Published:
- 10/23/2017
- Number of Pages:
- 9
- File Size:
- 1 file , 1.5 MB
