Flat maps showing the left and right monkey cortex. Borders between areas are defined by retinotopic mapping and indicated by the white dotted lines. Sulci/gyri are coded in dark/light gray. Results of a searchlight classifier analysis that moved iteratively throughout the entire volume of cortex, discriminating between near and far depth positions (group data, N = 2), are presented. The color code represents the t value of the classification accuracies obtained for depths defined by (A) disparity, (B) relative motion, and (C) the congruent combination of disparity and motion. The underlying data for the figures can be found at https://doi.org/10.5061/dryad.6pm117m. CIP, caudal intraparietal area; DP, dorsal prelunate area; FST, fundus of t...
To reconstruct the third dimension from flat retinal images, the brain exploits a range of monocular...
We used binocular stimuli to define how the visual location of stereoscopic depth structure maps top...
One of the most powerful forms of depth perception capitalizes on the small relative displacements, ...
Flat maps showing the left and right human cortex. Data are from Ban and colleagues, 2012 [10]. Same...
SummaryThe perception of visual depth is determined by integration of spatial disparities of inputs ...
Binocular disparity is a powerful depth cue for object perception. The computations for object visio...
Integration and transfer test maps for monkeys (A, B) and humans (C, D), calculated from the results...
Horizontal binocular disparity is a powerful depth cue, both for relative and absolute depth informa...
The superior temporal sulcus (STS) of the macaque monkey contains multiple visual areas. Many neuron...
Stereopsis, the perception of depth from small differences between the images in the two eyes, provi...
Both dorsal and ventral visual pathways harbor several areas sensitive to gradients of binocular dis...
Stereoscopic depth perception relies on binocular disparities, or small geometric differences betwee...
Motion and binocular disparity are two features in our environment that share a common correspondenc...
Anatomical and physiological observations in monkeys indicate that the primate visual system consist...
The pursuit system utilizes input from cerebral cortical areas specialized for analyzing visual moti...
To reconstruct the third dimension from flat retinal images, the brain exploits a range of monocular...
We used binocular stimuli to define how the visual location of stereoscopic depth structure maps top...
One of the most powerful forms of depth perception capitalizes on the small relative displacements, ...
Flat maps showing the left and right human cortex. Data are from Ban and colleagues, 2012 [10]. Same...
SummaryThe perception of visual depth is determined by integration of spatial disparities of inputs ...
Binocular disparity is a powerful depth cue for object perception. The computations for object visio...
Integration and transfer test maps for monkeys (A, B) and humans (C, D), calculated from the results...
Horizontal binocular disparity is a powerful depth cue, both for relative and absolute depth informa...
The superior temporal sulcus (STS) of the macaque monkey contains multiple visual areas. Many neuron...
Stereopsis, the perception of depth from small differences between the images in the two eyes, provi...
Both dorsal and ventral visual pathways harbor several areas sensitive to gradients of binocular dis...
Stereoscopic depth perception relies on binocular disparities, or small geometric differences betwee...
Motion and binocular disparity are two features in our environment that share a common correspondenc...
Anatomical and physiological observations in monkeys indicate that the primate visual system consist...
The pursuit system utilizes input from cerebral cortical areas specialized for analyzing visual moti...
To reconstruct the third dimension from flat retinal images, the brain exploits a range of monocular...
We used binocular stimuli to define how the visual location of stereoscopic depth structure maps top...
One of the most powerful forms of depth perception capitalizes on the small relative displacements, ...