Human psychophysics is the quantitative measurement of our own perceptions. In essence,
it is simply a more sophisticated version of what humans have done since time immemorial …

There is a long history of research into depth percepts from very large disparities, beyond
the fusion limit. Such diplopic stimuli have repeatedly been shown to provide reliable depth …

Stereoscopic depth perception may be obtained from small retinal disparities that can be
fused for single vision (fine stereopsis), but reliable depth information is also obtained from …

Stereoscopic depth perception may be obtained from small retinal disparities that can be
fused for single vision (fine stereopsis), but reliable depth information is also obtained from …

Humans and animals use visual cues such as brightness and color boundaries to identify
objects and navigate through environments. However, even when these cues are not …

Stereo “3D” depth perception requires the visual system to extract binocular disparities
between the two eyes' images. Several current models of this process, based on the known …

The binocular energy model of neural responses predicts that depth from binocular disparity
might be perceived in the reversed direction when the contrast of dots presented to one eye …

The first stage of processing of binocular information in the visual cortex is performed by
mechanisms that are bandpass-tuned for spatial frequency and orientation. Psychophysical …

There are currently two competing dichotomies used to describe how local stereoscopic
information is processed by the human visual system. The first is in terms of the type of the …

The classic increment disparity threshold function rises steeply, usually exponentially, with
disparity pedestal. Thus a smaller difference in stereoscopic depth can be resolved the …