<p>Each symbol represents a population: 800 pyramidal cells (P), 200 basket cells (B), 200 OLM cells. Convergence values (number of inputs for an individual synapse) are shown near synapses: GABA receptors (filled circles), AMPA receptors (open circles), NMDA receptors (open squares). External stimulation from other areas was modeled by synaptic bombardment (synapses with truncated lines).</p
Left: One population as described in Eq (1). u is the fast excitatory AMPA synaptic activity, v the ...
Extensive synaptic connectivity is a hallmark of neural circuitry. For example, a typical neuron in ...
<p>Left column specifies which cell-types are connected. ‘Afferent’ means that the connection number...
<p>The red triangle represents the population of excitatory pyramidal cells (PYR); blue circles are ...
<p>The population of excitatory neurons is subdivided in non-overlapping populations selective to 8 ...
<p>Ganglion cells are placed in the vertices of a 3×3 square grid and are coupled with their first n...
<p>There are two populations of neurons, excitatory (green) and inhibitory (red). The inhibitory net...
<p>(A) The model consists of three populations. A two dimensional layer represents each population. ...
<p>(A) Cartoon of a network of 9 hypercolumns with 5 minicolumns each. The model used had 36 hyperco...
<p>Bars represent inhibitory synapses and arrows represent excitatory synapses. Delayed feedback sti...
<p>(A) The biophysical model. Upper panel: schematic representation of the biophysical model, where ...
(a) The biophysical and LIF portions of the model on the cortical surface with delineations of corti...
<p>Raster plot of simulated network activity after AMPA synaptic weights were increased throughout t...
<p>(A) The architecture of the model is composed of five populations of neurons. Three populations (...
<p>(A) UC network with is a global random network. (B) UC network with . (C) NC network with . (D) ...
Left: One population as described in Eq (1). u is the fast excitatory AMPA synaptic activity, v the ...
Extensive synaptic connectivity is a hallmark of neural circuitry. For example, a typical neuron in ...
<p>Left column specifies which cell-types are connected. ‘Afferent’ means that the connection number...
<p>The red triangle represents the population of excitatory pyramidal cells (PYR); blue circles are ...
<p>The population of excitatory neurons is subdivided in non-overlapping populations selective to 8 ...
<p>Ganglion cells are placed in the vertices of a 3×3 square grid and are coupled with their first n...
<p>There are two populations of neurons, excitatory (green) and inhibitory (red). The inhibitory net...
<p>(A) The model consists of three populations. A two dimensional layer represents each population. ...
<p>(A) Cartoon of a network of 9 hypercolumns with 5 minicolumns each. The model used had 36 hyperco...
<p>Bars represent inhibitory synapses and arrows represent excitatory synapses. Delayed feedback sti...
<p>(A) The biophysical model. Upper panel: schematic representation of the biophysical model, where ...
(a) The biophysical and LIF portions of the model on the cortical surface with delineations of corti...
<p>Raster plot of simulated network activity after AMPA synaptic weights were increased throughout t...
<p>(A) The architecture of the model is composed of five populations of neurons. Three populations (...
<p>(A) UC network with is a global random network. (B) UC network with . (C) NC network with . (D) ...
Left: One population as described in Eq (1). u is the fast excitatory AMPA synaptic activity, v the ...
Extensive synaptic connectivity is a hallmark of neural circuitry. For example, a typical neuron in ...
<p>Left column specifies which cell-types are connected. ‘Afferent’ means that the connection number...