Research of Binocular Colour Fusion Limit on Peripheral Visual Field
スポンサーリンク
概要
- 論文の詳細を見る
In this research, we measured the wavelength difference limit for binocular colour vision about peripheral visual field, by using a three-dimensional display to present dichoptic stimuli to the left and right eye respectively. The wavelength range of the stimuli was selected from 450 nm to 650 nm. The size of stimulus was 2°arc of visual angle, and the brightness was set 15 cd/m^2. The results show that colour fusion occurs more difficult with central visual field than peripheral visual field. More importantly, it offers the basis of important fundamental data for some important optical instruments, for example the designs of optical microscopes.
- 社団法人照明学会の論文
著者
-
Qin Xiaolin
Graduate School Of Science And Engineering For Education University Of Toyama
-
QIN Xiaolin
University of Toyama
-
TAKAMATSU Mamoru
University of Toyama
-
NAKASHIMA Yoshio
University of Toyama
-
NAKASHIMA Yoshio
Graduate School of Science and Engineering for Education, University of Toyama
-
TAKAMATSU Mamoru
Graduate School of Science and Engineering for Education, University of Toyama
-
KIDOH Yasuaki
University of Toyama
-
Nakashima Yoshio
Graduate School Of Science And Engineering For Education University Of Toyama
-
Takamatsu Mamoru
Univ. Toyama Toyama Jpn
関連論文
- 全立位におけるパナマの融合領域測定に関する研究
- Binocular Disparity Limit in Three-dimensional Display Systems
- Change of Wavelength Difference Limit for Binocular Color Fusion with Wavelength and Brightness of Stimuli
- Changing Binocular Fusional Area with Retinal Shift in Binocular Vision
- Disparity Limit for Binocular Fusion in Fovea
- Analysis of Human Binocular Fusional Area in Retinal Fovea
- 105. Binocular Disparity Limits in Three-dimensional Display Systems
- Measurement for the Panum's Fusional Area in Retinal Fovea Using a Three-Dimension Display Device
- Research on Binocular Color Fusion Limit : In Case of Peripheral Vision
- Perceived Brightness Evaluation of LED Light in Daytime Fog
- Perceived Brightness and Saturation of Color LED Light in Dense Fog at Night Time
- Brightness Evaluation of Colored LEDs in Dense Fog : Nighttime Situation
- Analysis of Visual Perception of Light Emitting Diode Brightness in Dense Fog with Various Droplet Sizes
- Visual Perception of Color LED Light in Dense Fog
- O71 Visual characteristics of colored LED light in dense fog(Special Issue 38th Annual Meeting)
- Effects of Luminance and Size of Stimuli upon Binocular Color Fusion Limit
- Research of Binocular Colour Fusion Limit on Peripheral Visual Field
- O72 Study on wavelength difference limit for binocular colour fusion(Special Issue 38th Annual Meeting)
- Psychophysical Measurement of LEDs Brightness in Dense Fog
- Characteristics of the Brightness Perception under the Dark Adaptation : Aims to Develop Energy-Efficient Lighting System for Signboard