Detection of spatial-frequency selected color shifts and the contrast sensitivity functions for CRT primaries

Applied Vision Pub Date : 1900-01-01 DOI:10.1364/av.1989.fb5
H. Yaguchi, Hidemi Takahashi, Y. Miyake
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引用次数: 1

Abstract

The contrast sensitivity function for human vision is well understood. It is known that the contrast sensitivity of luminance discrimination shows a band pass profile and that of chromatic discrimination shows a low pass profile. This characteristics of human vision is applied to the NTSC television transmission system. The image on color TV is formed by the basis of additive mixture of three primary colors; red, green and blue. When we estimate the image quality of color TV, therefore, it becomes very important to know the spatial frequency characteristics of each primary color for human vision.
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检测的空间频率选择色移和对比灵敏度函数的CRT原色
人类视觉的对比敏感度函数是很容易理解的。光度分辨的对比灵敏度呈带通型,色度分辨的对比灵敏度呈低通型。将人类视觉的这一特性应用到NTSC电视传输系统中。彩色电视上的图像是由三原色加性混合的基础上形成的;红色,绿色和蓝色。因此,在对彩色电视的图像质量进行估计时,了解人眼视觉中各原色的空间频率特性就变得非常重要。
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