<p><b>A, B:</b> Information rate obtained when decoding with different subsets of ganglion cells (dots) plotted against the number of cells (A) or the sum of the individual information rate of each cell of the subset (B); color scale indicates the number of cells in a subset. <b>C, D:</b> Plots analogous to panels A, B but for the guinea pig retina. <b>E, F:</b> Information rate for the best (blue) and worst (red) subsets of salamander ganglion cells (see text) plotted against the number of cells (E) or the sum of the individual information rate of each cell of the subset (F).</p
Sensory neurons have been hypothesized to efficiently encode signals from the natural environment su...
International audienceMotion tracking is a challenge the visual system has to solve by reading out t...
An influential theory of visual processing asserts that retinal center-surround receptive fields rem...
SummaryWe have explored the manner in which the population of retinal ganglion cells collectively re...
<p><b>A:</b> Ellipses fitted to the spatial receptive field profile for the biphasic OFF cells. Scal...
International audienceHow a population of retinal ganglion cells (RGCs) encodes the visual scene rem...
AbstractBackground: Different types of retinal ganglion cells convey different messages to the brain...
SummaryIn the classic “What the frog's eye tells the frog's brain,” Lettvin and colleagues [1] showe...
Visual information reaches the brain by way of a fine cable, the optic nerve. The million or so axon...
have the same efficiency. Thus, patterns per second sets the coding capacity. We asked we asked, w...
<p>The stimuli are spatially uniform with light intensity drawn independently on each stimulus fram...
We explored the manner in which spatial information is encoded by retinal ganglion cell populations....
<div><p>A fundamental task of a sensory system is to infer information about the environment. It has...
We explored the manner in which spatial information is encoded by retinal ganglion cell populations....
<p>(A) Flatmount sections of a control (CO) and an RGA animal after cresyl stain. A lower neuron den...
Sensory neurons have been hypothesized to efficiently encode signals from the natural environment su...
International audienceMotion tracking is a challenge the visual system has to solve by reading out t...
An influential theory of visual processing asserts that retinal center-surround receptive fields rem...
SummaryWe have explored the manner in which the population of retinal ganglion cells collectively re...
<p><b>A:</b> Ellipses fitted to the spatial receptive field profile for the biphasic OFF cells. Scal...
International audienceHow a population of retinal ganglion cells (RGCs) encodes the visual scene rem...
AbstractBackground: Different types of retinal ganglion cells convey different messages to the brain...
SummaryIn the classic “What the frog's eye tells the frog's brain,” Lettvin and colleagues [1] showe...
Visual information reaches the brain by way of a fine cable, the optic nerve. The million or so axon...
have the same efficiency. Thus, patterns per second sets the coding capacity. We asked we asked, w...
<p>The stimuli are spatially uniform with light intensity drawn independently on each stimulus fram...
We explored the manner in which spatial information is encoded by retinal ganglion cell populations....
<div><p>A fundamental task of a sensory system is to infer information about the environment. It has...
We explored the manner in which spatial information is encoded by retinal ganglion cell populations....
<p>(A) Flatmount sections of a control (CO) and an RGA animal after cresyl stain. A lower neuron den...
Sensory neurons have been hypothesized to efficiently encode signals from the natural environment su...
International audienceMotion tracking is a challenge the visual system has to solve by reading out t...
An influential theory of visual processing asserts that retinal center-surround receptive fields rem...