… eye from a surface does not reveal the lightness (black-white dimension) of the surface.
Anchoring theory is a leading theory of human lightness computation but, until now, was silent …

… Lightness perception has mainly been studied with static scenes so far. This study …
lightness perception under dynamic illumination conditions. We asked participants for lightness …

… We then compute the local pixel lightness within each framework. Finally, we calculate
the net lightness of each pixel by merging the individual frameworks into one image …

… computational parallelism) allow quantum technologies to provide improved performance
in areas such as computing … pixels and reduce the computational complexity of image …

… For each framework, we estimate the luminance perceived as white by computing 98-th
percentile. With this approach we are able to skip potential pixels that represent highlights in the …

… is a computer image analysis (CIA). Based on the results of this study it can be concluded
that the use of the color components (lightness parameters) obtained by the computer image …

… A simple, layered, parallel technique for computing lightness from image intensity has been
… Physical models have been given which can perform this computation efficiently in parallel …

… In this case the visual system is still faced with the problem of computing one level of lightness
from a nonuniform pattern of brightness. One way the system could use to solve this task …

… For instance, if function compute is encapsulated into a task, we will say that compute is a
task type, or just a task. Conversely, each instantiation of compute we will call a task instance, …

… Increased application of computer graphics in areas which demand high Ievels of realism …
(from a lightness perception point of view) between a real scene and a computer simulation of …