Human and artificial visual systems share a computational principle for transforming binocular disparity into depth representation. [PDF]
Wundari BG, Fujita I, Ban H.
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Depth Perception Based on the Interaction of Binocular Disparity and Motion Parallax Cues in Three-Dimensional Space. [PDF]
Li S +6 more
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Computing Stereo Disparity and Motion with Known Binocular Cell Properties
Many models for stereo disparity computation have been proposed, but few can be said to be truly biological. There is also a rich literature devoted to physiological studies of stereopsis.
Ning Qian
core
Relating visual and pictorial space: Integration of binocular disparity and motion parallax. [PDF]
Wang XM, Troje NF.
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Perception of depth from binocular disparity. [PDF]
openaire +2 more sources
Correlated and Anticorrelated Binocular Disparity Modulate GABA+ and Glutamate/Glutamine Concentrations in the Human Visual Cortex. [PDF]
Matuszewski J +5 more
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Patterns of Pupillary Activity During Binocular Disparity Resolution. [PDF]
Balaban CD +4 more
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High-Performance Binocular Disparity Prediction Algorithm for Edge Computing. [PDF]
Cheng Y, Song Y, Liu Y, Zhang H, Liu F.
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Emergence of Binocular Disparity Selectivity through Hebbian Learning. [PDF]
Chauhan T +3 more
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Binocular contrast summation and inhibition depends on spatial frequency, eccentricity and binocular disparity. [PDF]
Alberti CF, Bex PJ.
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