The fundamental geometry underlying binocular stereoscopic depth perception was first appreciated in the mid-nineteenth century. Progress in understanding how brain mechanisms enable stereoscopic vision began about 50 years ago and has moved forward steadily since that time. The present view is that different areas of the extrastriate cortex have important and distinct roles in the elaboration of the stereoscopic visual percept. © 2009 Elsevier Ltd All rights reserved
Stereo vision or stereopsis is the ability to perceive the relative depth of objects based on binocu...
Humans can obtain an unambiguous perception of depth and 3-dimensionality with 1 eye or when viewing...
Our ability to see the world in depth is a major accomplishment of the brain. Previous models of how...
Stereoscopic vision describes the ability to perceive three-dimensional information from visual inpu...
Humans and some animals can use their two eyes in cooperation to detect and discriminate parts of th...
Stereoscopic depth perception is a fascinating ability in its own right and also a useful model of p...
Abstract: The early neurophysiology of binocular vision is largely dominated by measurements of disp...
Our ability to coordinate the use of our left and right eyes and to make use of subtle differences b...
AbstractNeurons of the visual system that exhibit depth specificity are prevalent in the medial temp...
AbstractNeurons in primary visual cortex respond to binocular disparity, the raw material of stereos...
The past decade has seen a dramatic increase in our knowledge of the neural basis of stereopsis. New...
AbstractNeurons of the visual system that exhibit depth specificity are prevalent in the medial temp...
Disparity-selective cells appear to occur in all parts of the visual cortex, but a recent fMRI study...
Binocular disparity is of vital importance in stereoscopic vision. It determines the depth magnitude...
Human perception is remarkably flexible: we experience vivid 3D structure under diverse conditions f...
Stereo vision or stereopsis is the ability to perceive the relative depth of objects based on binocu...
Humans can obtain an unambiguous perception of depth and 3-dimensionality with 1 eye or when viewing...
Our ability to see the world in depth is a major accomplishment of the brain. Previous models of how...
Stereoscopic vision describes the ability to perceive three-dimensional information from visual inpu...
Humans and some animals can use their two eyes in cooperation to detect and discriminate parts of th...
Stereoscopic depth perception is a fascinating ability in its own right and also a useful model of p...
Abstract: The early neurophysiology of binocular vision is largely dominated by measurements of disp...
Our ability to coordinate the use of our left and right eyes and to make use of subtle differences b...
AbstractNeurons of the visual system that exhibit depth specificity are prevalent in the medial temp...
AbstractNeurons in primary visual cortex respond to binocular disparity, the raw material of stereos...
The past decade has seen a dramatic increase in our knowledge of the neural basis of stereopsis. New...
AbstractNeurons of the visual system that exhibit depth specificity are prevalent in the medial temp...
Disparity-selective cells appear to occur in all parts of the visual cortex, but a recent fMRI study...
Binocular disparity is of vital importance in stereoscopic vision. It determines the depth magnitude...
Human perception is remarkably flexible: we experience vivid 3D structure under diverse conditions f...
Stereo vision or stereopsis is the ability to perceive the relative depth of objects based on binocu...
Humans can obtain an unambiguous perception of depth and 3-dimensionality with 1 eye or when viewing...
Our ability to see the world in depth is a major accomplishment of the brain. Previous models of how...
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