Abstract Stereoscopic, or “3D” vision in humans is mediated by neurons sensitive to the
disparities in the positions of objects in the two eyes' views. A disparity-sensitive neuron is …

Many studies have demonstrated that the human visual system is sensitive to very small
differences in relative binocular disparity. It is not known over what monocular regions …

How are binocular disparities encoded and represented in the human visual system? An
'encoding cube'diagram is introduced to visualise differences between competing models …

To encode binocular disparity, the visual system determines the image patches in one eye
that yield the highest correlation with patches in the other eye. The computation of …

The stereoscopic system tolerates some vertical misalignment of the images in the eyes.
However, the reported tolerance for an isolated line stimulus (∼ 4) is greater than for a …

In a random-dot stereogram (RDS), the spatial disparities between the interocularly
corresponding black and white random dots determine the depths of object surfaces. If a …

We report two experiments with stimuli composed of dynamic noise stereograms in which
binocular disparity was modulated sinusoidally with changes in vertical spatial position. The …

Early vision proceeds through distinct ON and OFF channels, which encode luminance
increments and decrements respectively. It has been argued that these channels also …

Traditionally, it has been thought that the processing of binocular disparity for the perception
of stereoscopic depth is accomplished via three types of disparity-selective channels …

The experiments reported here focus on the temporal dynamics of stereopsis in an effort to
shed light on how low level mechanisms might contribute to the execution of coarse-to-fine …