Effects of Luminance and Size of Stimuli upon Binocular Color Fusion Limit
スポンサーリンク
概要
- 論文の詳細を見る
- 2009-06-01
著者
-
Qin Xiaolin
Graduate School Of Science And Engineering For Education 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
-
Takamatsu Mamoru
Graduate School Of Science And Engineering For Education 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