<p>The model comprises the three network nodes (cortex, reticular nucleus and thalamus) known to be major processing units of the visual system. The model accounts for inhibitory and excitatory connections (here, red is inhibitory, green is excitatory) and their directionality as well as anatomical distances. <b><i>B</i>.</b> The intrinsic connectivity across the 3 modes of the SJ3D within a single node is shown (with <i>ξ</i> being the main state variable for excitatory activity and <i>α</i> for inhibitory activity).</p
The thalamus is a key brain element in the processing of sensory information. During the sleep and a...
<p>A) Major connections of the basal ganglia. Arrows denote excitatory connections and lines ending ...
<div><p>The thalamus is a key brain element in the processing of sensory information. During the sle...
<p>A. The network architecture included three one-dimensional network layers each containing cortica...
<p>Excitatory (inhibitory) connections indicated in green (red). is the cortical pyramidal neural p...
<p>The cortical layer was organized in a one-dimensional chain of pyramidal cells (PYs) and inhibito...
<p>The population of excitatory neurons is subdivided in non-overlapping populations selective to 8 ...
<p>(A) The architecture of the model is composed of five populations of neurons. Three populations (...
<p><b>A.</b> The model comprises two areas: a lower area approximating primary visual cortex, compos...
<p>However, these are only given as being representative of typical cortical regions, and in the com...
This thesis describes a top-down view of the cat primary visual cortex (area 17), which is faithful ...
<p>Layer one represented layer 2/3 of V1 and contained excitatory and inhibitory neurons. Layer two ...
The role of the thalamus in cortical sensory transmission is well known, but its broader role in cog...
The thalamus plays a crucial role in modulating the cortical activity underlying sensory and cogniti...
Cortical processing of even the most elementary visual stimuli can result in the propagation of info...
The thalamus is a key brain element in the processing of sensory information. During the sleep and a...
<p>A) Major connections of the basal ganglia. Arrows denote excitatory connections and lines ending ...
<div><p>The thalamus is a key brain element in the processing of sensory information. During the sle...
<p>A. The network architecture included three one-dimensional network layers each containing cortica...
<p>Excitatory (inhibitory) connections indicated in green (red). is the cortical pyramidal neural p...
<p>The cortical layer was organized in a one-dimensional chain of pyramidal cells (PYs) and inhibito...
<p>The population of excitatory neurons is subdivided in non-overlapping populations selective to 8 ...
<p>(A) The architecture of the model is composed of five populations of neurons. Three populations (...
<p><b>A.</b> The model comprises two areas: a lower area approximating primary visual cortex, compos...
<p>However, these are only given as being representative of typical cortical regions, and in the com...
This thesis describes a top-down view of the cat primary visual cortex (area 17), which is faithful ...
<p>Layer one represented layer 2/3 of V1 and contained excitatory and inhibitory neurons. Layer two ...
The role of the thalamus in cortical sensory transmission is well known, but its broader role in cog...
The thalamus plays a crucial role in modulating the cortical activity underlying sensory and cogniti...
Cortical processing of even the most elementary visual stimuli can result in the propagation of info...
The thalamus is a key brain element in the processing of sensory information. During the sleep and a...
<p>A) Major connections of the basal ganglia. Arrows denote excitatory connections and lines ending ...
<div><p>The thalamus is a key brain element in the processing of sensory information. During the sle...