Is depth perception from binocular disparities—stereopsis—slow or fast? Many of the
temporal properties of stereopsis are known. For example, rapidly changing disparities are …

The contrast dependence of perceived depth was quantified through a series of depth
matching experiments. Perceived depth was found to be a power law function of contrast. In …

In this study, we investigated temporal integration of disparity information for crossed and
uncrossed stereopsis. Across three experiments, exposure duration thresholds were …

Purpose. Decreasing the interocular correlation in random dot stereograms elevates
disparity detection thresholds. Whether decorrelation also affects perceived depth from …

Whichever of these two forms of selectivity is present (or a mixture of them), a system of
binocular disparity based on retinal noncorresponding points is firmly locked to the …

In a study designed to measure the depth elicited from a stimulus with a fixed binocular
disparity but with the orientation of the disparity difference ranging from horizontal to vertical …

Just as positional disparities of image features seen with both eyes provide depth
information, the presence of an area visible to one eye but not the other within a binocularly …

There has been a long-standing debate about the mechanisms underlying the perception of
stereoscopic depth and the computation of the relative disparities that it relies on. Relative …

Purpose: In normal vision, stereoscopic cues are combined with perspective cues to provide
veridical depth perception. The relative strengths of these depth cues, however, may be …

Abstract Ogle (1952; 1953) used measurements of perceived depth as a function of disparity
to divide human stereopsis into patent (quantitative) and qualitative categories. Patent depth …