The mainstream of binocular vision research has long been focused on understanding how
binocular disparity is used for depth perception. In recent years, researchers have begun to …

Presenting different images to either eye can induce perceptual switching, with alternating
disappearances of each image—a phenomenon called binocular rivalry. We believe that …

When different images project to corresponding points in the two eyes they can instigate a
phenomenon called binocular rivalry (BR), wherein each image seems to intermittently …

In binocular vision, occlusion of one object by another gives rise to monocular occlusions—
regions visible only in one eye. Although binocular disparities cannot be computed for these …

This chapter reviews psychophysical research on human stereoscopic processes and their
relationship to a 3D-TV system with DIBR. Topics include basic physiology, binocular …

How we see the direction of an object has been discussed since the time of Aristotle.
Despite this early beginning, there are two strands of conflicting ideas on visual direction …

A partially occluded contour and a slanted contour may generate identical binocular
horizontal disparities. We investigated conditions promoting an occlusion resolution …

An object phenomenally shrinks in its horizontal dimension when shown on a 2-D plane as if
the central portion of the object were partially occluded by another vertical one in 3-D space …

In order to include the monocular areas from the left and the right eye in the cyclopean view,
the visual system displaces the occluded elements which would result in a horizontal …

This study investigated questions related to half-occlusion processing in human
stereoscopic vision:(1) How does the depth location of a half-occluding figure affect the …