The assessment of the quality and comfort of lighting requires a good knowledge of the
correlation between the optical properties of the sources, such as the luminance distribution …

Based on the experimental visual data obtained for self-luminous stimuli surrounded by a
dark background, a new colour appearance model (CAM) for unrelated self-luminous …

Recently, a color appearance model, CAM18sl, has been published. The model can predict
the color perception (hue, colorfulness, brightness) of self-luminous stimuli seen against …

Based on an extensive magnitude estimation experiment, a new color appearance model for
unrelated self-luminous stimuli, CAM15u, has been designed. With the spectral radiance of …

Brightness is one of the most important perceptual correlates of color appearance models
(CAMs) when self-luminous stimuli are targeted. However, the vast majority of existing CAMs …

Image color appearance models (Image CAMs) have been developed to predict the
perception of complex scenes and are mainly used for image rendering and video …

An experimental setup and procedure for the evaluation of self-luminous colours viewed
against both dark and luminous backgrounds is presented. Physical and visual data of self …

A model for brightness and hue perception of self-luminous stimuli surrounded by a self-
luminous achromatic background has been developed based on a series of visual …

Color appearance models (CAM) generate a set of visual correlates attributed to a stimulus
such as hue, brightness, and saturation. However, most of their applicability is limited to …

The fundamental goal of color appearance research is to establish a correlation between the
optical properties of stimuli and their corresponding perceptual attributes. Stimuli seen on a …