Individual variation of color appearance in mesopic vision

A Color Appearance Model Applicable in Mesopic Vision

We propose a color vision model that can be used to predict color appearance in mesopic vision as well as photopic and scotopic vision. It is based on a two-stage model which consists of the cone and opponent stages and it assumes rod intrusion at the opponent stage. The model has the following features to describe the color appearance in mesopic vision. First, it includes a gradual and nonline...

Individual Differences in Color Vision

Chromatic-discrimination axes, CRT phosphor spectra, and individual variation in color vision.

There is a growing use of color monitor systems in visual research and a parallel growth in the use of cone-excitation space to define stimuli and to report data. Color specification in monitor systems is accomplished by combination of the phosphor chromaticities. The effect of interobserver variation on color specification is highly dependent on the spectroradiometric properties of the primari...

Multiscale Model of Adaptation, Spatial Vision and Color Appearance

In this paper we present a multiscale color appearance model which simulates luminance, pattern and color processing of the human visual system to accurately predict the color appearance attributes of spectral stimuli in complex surroundings under a wide range of illumination and viewing conditions.

Effects of hypoxia on color vision with emphasis on the mesopic range

10.1586/EOP.11.32 Oxygen is fundamental to animal life. It is a prerequisite for the production of biological energy through cytoplasmic glycolysis and mitochondrial oxidative phosphorylation, typically as adenosine triphosphate (ATP), to fuel metabolic reactions. ATP is generated on demand, requiring a continuous supply of oxygen, so hypoxia may be simply defined as a state of oxygenation that...