色彩复杂性的高光谱方法

O. Polat, Yakup S. Özkazanç
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引用次数: 0

摘要

在一个场景的色彩认知过程中,没有利用大气、表面反射率和光源的相互作用。因此,色觉是盲目的。人脑的颜色感知与视网膜感光组织的反应直接相关。视网膜上只有三个探测器吗?红、绿、蓝探测器;还是有很多?光谱波段聚类与色觉有关吗?这是我们想要解决的一些问题。本研究将分层波段聚类应用于可见光波段高光谱相机拍摄的场景,并对色彩复杂度提出了尝试性的解决方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A hyperspectral approach to color complexity
In the color cognition process of a scene, there is no use of the atmosphere, surface reflectance and illuminant interaction. Therefore, the color perception is blind. The color perception in human brain is directly related to the response of retinal photodetector tissues. Are there only three detectors in the retina; Red, Green, Blue detectors; or are there many? Is spectral band clustering related to color perception? These are some of the questions we like to address. In this study, hierarchical band clustering is applied to the scenes obtained with visible band hyperpsectral cameras and tentative approach is proposed for color complexity.
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