<p>(A) Panoramic high dynamic range input image used exemplarily for stimulation. (B) Color coded standard deviation describing the mean pattern-dependent modulation for two-dimensional receptive field arrays for all models. Receptive field size is defined via the number of receptors included in the integration of EMD signals in elevation and azimuth. Two-dimensional receptive fields are achieved by expansion of a one-dimensional receptive field located at the center of horizon in its vertical and horizontal size. The iso-line describes exemplarily receptive field sizes with 10 receptors included. The cross corresponds to a square receptive field (m = n) with 256 receptors included.</p
The paper describes a computerized method, termed receptive field imaging (RFI), for the rapid mappi...
<p><b>A</b>. Position receptive fields have 90deg limits. Black and white bars indicate eye and head...
<p>(<b>a-f</b>) Gray level indicates the optimization value for different lengths and widths (see in...
<p>(A) Panoramic high dynamic range input image II (<a href="http://www.plosone.org/article/info:doi...
<p>(A) Image III (<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0021488#pone...
<p>(A) Weight field estimate of the spatial sensitivity distribution of a model HSE cell. The bright...
<p>(A) Examples of natural images used for training. The square denotes ...
<p>The eccentricity and size of the receptive fields were quantified as the mean and standard deviat...
<p>For each cell-type the receptive field center (,), the receptive field width (,) as well as the p...
<p>Orientation maps and simple cell receptive fields generated by the model. The orientation map and...
<p>a) Maximum number of spikes in response to a black or white stimulus for the superficial layers, ...
<p>The parameter tuning varied across the voxels and had a bias for high spatial frequencies and obl...
<p>(A) Simple cell receptive fields of the SC model. Each square is of size 3232 pixels and shows th...
This dissertation is organized into two main parts: physiology and new techniques. The physiology is...
<p>Each panel shows the receptive field of 1 neuron with red indicating excitatory (preferred) respo...
The paper describes a computerized method, termed receptive field imaging (RFI), for the rapid mappi...
<p><b>A</b>. Position receptive fields have 90deg limits. Black and white bars indicate eye and head...
<p>(<b>a-f</b>) Gray level indicates the optimization value for different lengths and widths (see in...
<p>(A) Panoramic high dynamic range input image II (<a href="http://www.plosone.org/article/info:doi...
<p>(A) Image III (<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0021488#pone...
<p>(A) Weight field estimate of the spatial sensitivity distribution of a model HSE cell. The bright...
<p>(A) Examples of natural images used for training. The square denotes ...
<p>The eccentricity and size of the receptive fields were quantified as the mean and standard deviat...
<p>For each cell-type the receptive field center (,), the receptive field width (,) as well as the p...
<p>Orientation maps and simple cell receptive fields generated by the model. The orientation map and...
<p>a) Maximum number of spikes in response to a black or white stimulus for the superficial layers, ...
<p>The parameter tuning varied across the voxels and had a bias for high spatial frequencies and obl...
<p>(A) Simple cell receptive fields of the SC model. Each square is of size 3232 pixels and shows th...
This dissertation is organized into two main parts: physiology and new techniques. The physiology is...
<p>Each panel shows the receptive field of 1 neuron with red indicating excitatory (preferred) respo...
The paper describes a computerized method, termed receptive field imaging (RFI), for the rapid mappi...
<p><b>A</b>. Position receptive fields have 90deg limits. Black and white bars indicate eye and head...
<p>(<b>a-f</b>) Gray level indicates the optimization value for different lengths and widths (see in...