<p>Orientation maps and simple cell receptive fields generated by the model. The orientation map and representative receptive fields at three locations on the map are shown. Receptive fields are represented in a pseudo-color map such that ON-subregions appear in red and OFF-subregions appear in blue. The horizontal scale bar represents 1mm of cortex.</p
AbstractFrom the intracellularly recorded responses to small, rapidly flashed spots, we have quantit...
<p>(A) Examples of natural images used for training. The square denotes ...
It has been more than 40 years since the first studies of the secondary visual cortex (V2) were pub-...
<p>(A) Simple cell receptive fields of the SC model. Each square is of size 3232 pixels and shows th...
<p>For each cell-type the receptive field center (,), the receptive field width (,) as well as the p...
AbstractFrom the intracellularly recorded responses to small, rapidly flashed spots, we have quantit...
Orientation and ocular dominance maps in the primary visual cortex of mammals are among the most tho...
<p>White is positive and black negative. V1 uses a pair of even/odd Gabor filters. V2 neurons cells ...
Prenatal development of the primary visual cortex leads to simple cells with spatially distinct and ...
<p><b>A</b>: The model consists of two separate feature channels (Feat-1 and Feat-2) each with two l...
<p>Dependence of orientation selectivity as a function of location in orientation map and retinal ga...
SummaryNeuronal receptive fields (RFs) play crucial roles in visual processing. While the linear RFs...
We analyse a model for the development of orientation-selective receptive fields of simple cells in ...
There are two distinct classes of cells in the primary visual cortex (V1): simple cells and complex ...
The image of a uniformly textured inclined surface exhibits systematic distortions which affect the ...
AbstractFrom the intracellularly recorded responses to small, rapidly flashed spots, we have quantit...
<p>(A) Examples of natural images used for training. The square denotes ...
It has been more than 40 years since the first studies of the secondary visual cortex (V2) were pub-...
<p>(A) Simple cell receptive fields of the SC model. Each square is of size 3232 pixels and shows th...
<p>For each cell-type the receptive field center (,), the receptive field width (,) as well as the p...
AbstractFrom the intracellularly recorded responses to small, rapidly flashed spots, we have quantit...
Orientation and ocular dominance maps in the primary visual cortex of mammals are among the most tho...
<p>White is positive and black negative. V1 uses a pair of even/odd Gabor filters. V2 neurons cells ...
Prenatal development of the primary visual cortex leads to simple cells with spatially distinct and ...
<p><b>A</b>: The model consists of two separate feature channels (Feat-1 and Feat-2) each with two l...
<p>Dependence of orientation selectivity as a function of location in orientation map and retinal ga...
SummaryNeuronal receptive fields (RFs) play crucial roles in visual processing. While the linear RFs...
We analyse a model for the development of orientation-selective receptive fields of simple cells in ...
There are two distinct classes of cells in the primary visual cortex (V1): simple cells and complex ...
The image of a uniformly textured inclined surface exhibits systematic distortions which affect the ...
AbstractFrom the intracellularly recorded responses to small, rapidly flashed spots, we have quantit...
<p>(A) Examples of natural images used for training. The square denotes ...
It has been more than 40 years since the first studies of the secondary visual cortex (V2) were pub-...
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