The colours of surfaces in a scene may not appear constant with a change in the colour of
the illumination. Yet even when colour constancy fails, human observers can usually …

Theoretical analyses of spectral reflectances of natural surfaces suggest that their perceived
colors can be well reproduced by approximations comprising combinations of three or four …

We present a theoretical model to estimate the influence of photopigment optical density
(OD) on the color vision of anomalous trichromats. Photopigment spectral sensitivities are …

The availability of multispectral scene data makes it possible to simulate a complete imaging
pipeline for digital cameras, beginning with a physically accurate radiometric description of …

Visual neural representation is constrained by the statistical properties of the environment.
Prior analysis of cone pigment excitations for natural images revealed three principal …

The ability to perceptually identify distinct surfaces in natural scenes by virtue of their color
depends not only on the relative frequency of surface colors but also on the probabilistic …

Simple color-difference formulae and pictorial images have traditionally been used to
estimate the visual impact of color errors introduced by image-reproduction processes. But …

This study investigates human expectations towards naturalistic colour changes under
varying illuminations. Understanding colour expectations is key to both scientific research on …

Spectral camera based on ghost imaging via sparsity constraints (GISC spectral camera)
obtains three-dimensional (3D) hyperspectral information with two-dimensional (2D) …

Abstract Objects hardly appear to change color when the spectral distribution of the
illumination changes: a phenomenon known as color constancy. Color constancy could …