Two papers in this issue of Neuron specify the coding of border ownership, the basis of figure-ground segmentation, in early extrastriate visual cortex (area V2). Recording from a population of neurons, Qiu and von der Heydt show that border ownership assignments based on 2D images show the same bias when tested with stereopsis. Zhaoping shows that a neural model of V2 can make appropriate border assignments based on 2D images
SummaryFigure-ground organization is a process by which the visual system identifies some image regi...
.The ability to distinguish a figure from its background is crucial for visual perception. To date, ...
AbstractCamouflaged animals that have very similar textures to their surroundings are difficult to d...
equations, it is better to read this document than the NEURON’s published version which uses some di...
SummaryA border between two image regions normally belongs to only one of the regions; determining w...
A border between two image regions normally belongs to only one of the regions; determining which on...
Figure-ground is the segmentation of visual information into objects and their surrounding backgroun...
Figure-ground is the segmentation of visual information into objects and their surrounding backgroun...
International audienceThe segregation of image parts into foreground and background is an important ...
Discerning objects from their backgrounds is a fundamental process of vision. The coding of border-o...
As Rubin’s famous vase demonstrates, our visual perception tends to assign luminance contrast border...
Discerning objects from their surrounds (i.e., figure-ground segmentation) in a way that guides adap...
V1 neurons have been observed to respond more strongly to figure than background regions. Within a f...
Figure-ground (FG) segregation that separates an object from the rest of the image is a fundamental ...
Our visual system segments images into objects and background. Figure-ground segregation relies on t...
SummaryFigure-ground organization is a process by which the visual system identifies some image regi...
.The ability to distinguish a figure from its background is crucial for visual perception. To date, ...
AbstractCamouflaged animals that have very similar textures to their surroundings are difficult to d...
equations, it is better to read this document than the NEURON’s published version which uses some di...
SummaryA border between two image regions normally belongs to only one of the regions; determining w...
A border between two image regions normally belongs to only one of the regions; determining which on...
Figure-ground is the segmentation of visual information into objects and their surrounding backgroun...
Figure-ground is the segmentation of visual information into objects and their surrounding backgroun...
International audienceThe segregation of image parts into foreground and background is an important ...
Discerning objects from their backgrounds is a fundamental process of vision. The coding of border-o...
As Rubin’s famous vase demonstrates, our visual perception tends to assign luminance contrast border...
Discerning objects from their surrounds (i.e., figure-ground segmentation) in a way that guides adap...
V1 neurons have been observed to respond more strongly to figure than background regions. Within a f...
Figure-ground (FG) segregation that separates an object from the rest of the image is a fundamental ...
Our visual system segments images into objects and background. Figure-ground segregation relies on t...
SummaryFigure-ground organization is a process by which the visual system identifies some image regi...
.The ability to distinguish a figure from its background is crucial for visual perception. To date, ...
AbstractCamouflaged animals that have very similar textures to their surroundings are difficult to d...
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