<p>The network architecture considered in the model involves the feedforward circuit (in green) and the indirect feedback pathway (in blue), which is active only for global stimulus.</p
(A) M1: Reversible reaction, M2: Cycle reaction, M3: Negative feedback loop, M4: Incoherent feedforw...
A. The negative feedback loop (NFL). B. The positive feedback loop (PFL). Beside the architecture an...
<p>Ganglion cells are placed in the vertices of a 3×3 square grid and are coupled with their first n...
<p>The network consists of two parts. In each part, there are excitatory (S, NS) and inhibitory (I) ...
<p>Architecture of the model network and network activity. <b>a:</b> Architecture of the model netwo...
<p>A schematic diagram illustrating feedback loops and data transfer pathways between FORECAST and F...
<p>Bars represent inhibitory synapses and arrows represent excitatory synapses. Delayed feedback sti...
<p>There are two populations of neurons, excitatory (green) and inhibitory (red). The inhibitory net...
<p>(A) Diagram of the full model used in simulations, which shows a network of neurons with spike t...
<p>Each neuron model layer is spatially extended and organized in the same relative order as in the ...
<p><b>A.</b> Structure of the network. The fully-connected network consists of <i>N</i> binary (<i>s...
<p>(A) Diagram of the full model used in simulations, which shows a network of neurons with spike t...
<p><b>A.</b> The model comprises two areas: a lower area approximating primary visual cortex, compos...
<p>(A) The structure of the network. It consists of excitatory neurons (blue) that receive feedforw...
<p>(A) This circuit, based on results obtained <i>in vivo</i>, contains feedback inhibition between ...
(A) M1: Reversible reaction, M2: Cycle reaction, M3: Negative feedback loop, M4: Incoherent feedforw...
A. The negative feedback loop (NFL). B. The positive feedback loop (PFL). Beside the architecture an...
<p>Ganglion cells are placed in the vertices of a 3×3 square grid and are coupled with their first n...
<p>The network consists of two parts. In each part, there are excitatory (S, NS) and inhibitory (I) ...
<p>Architecture of the model network and network activity. <b>a:</b> Architecture of the model netwo...
<p>A schematic diagram illustrating feedback loops and data transfer pathways between FORECAST and F...
<p>Bars represent inhibitory synapses and arrows represent excitatory synapses. Delayed feedback sti...
<p>There are two populations of neurons, excitatory (green) and inhibitory (red). The inhibitory net...
<p>(A) Diagram of the full model used in simulations, which shows a network of neurons with spike t...
<p>Each neuron model layer is spatially extended and organized in the same relative order as in the ...
<p><b>A.</b> Structure of the network. The fully-connected network consists of <i>N</i> binary (<i>s...
<p>(A) Diagram of the full model used in simulations, which shows a network of neurons with spike t...
<p><b>A.</b> The model comprises two areas: a lower area approximating primary visual cortex, compos...
<p>(A) The structure of the network. It consists of excitatory neurons (blue) that receive feedforw...
<p>(A) This circuit, based on results obtained <i>in vivo</i>, contains feedback inhibition between ...
(A) M1: Reversible reaction, M2: Cycle reaction, M3: Negative feedback loop, M4: Incoherent feedforw...
A. The negative feedback loop (NFL). B. The positive feedback loop (PFL). Beside the architecture an...
<p>Ganglion cells are placed in the vertices of a 3×3 square grid and are coupled with their first n...
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