Improving color sensing by applying fuzzy information measurement based spectral power distribution filtering

A. Várkonyi-Kóczy, J. Tóth
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Abstract

Vision/color vision is one of the main senses of human creatures. Recently, the improvement of the color capturing capability has come into focus of researchers from two aspects. On one hand scientists want to improve the visual experience of healthy people (i.e. having good color vision facilities) while on the other aim to counteract color vision problems of color deficient persons. In this paper, a new filtering method is proposed which may offer partial solution to both problems. The technique applies simple and quick fuzzy measurement of the amount of information in the different color domains of a scene in order to be able to determine the necessary characteristics of transforming filters which may ensure the optimal or quasi optimal assignment of spectral distribution via modifying the artificial lighting.
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采用基于模糊信息测量的光谱功率分布滤波,提高了色感
视觉/色觉是人类生物的主要感官之一。近年来,提高图像的颜色捕捉能力从两个方面成为研究人员关注的焦点。一方面,科学家希望改善健康人的视觉体验(即拥有良好的色觉设施),另一方面,旨在抵消色觉缺陷者的色觉问题。本文提出了一种新的滤波方法,可以部分解决这两个问题。该技术对场景中不同色域的信息量进行简单、快速的模糊测量,从而确定变换滤波器的必要特性,从而通过改变人工照明来保证光谱分布的最优或准最优分配。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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