<p>(a,b) Firing rate time series segments based on 400 msec moving window for several randomly chosen cells from 500 cell network simulations under constant (randomly fluctuating) excitation without stimulus switching. Inhibitory neurotransmitter timescale msec. (a) Connectivity , synaptic strength parameter so that peak synaptic conductance is and peak IPSP size ; (b) Connectivity , synaptic strength parameter so that peak synaptic conductance is and peak IPSP size .</p
Synaptic plasticity is believed to be the biological substrate underlying learning and memory. One o...
<p>Cell raster plot time series segment for the cell network simulation with connectivity , inhibit...
Extremely synchronized firing patterns such as those observed in brain diseases like epilepsy may re...
<p>(a) Black circles: minimum observed ISI for each active cell in network simulations of different ...
<p>(a) Strength of stimulus onset locked reproducible dynamics (see text) versus connectivity for ...
<p>(a) Mean similarity profiles for connectivity network simulation versus time lag . Firing rate ...
<p>(a,b) Black circles : proportion of active cells. Red diamonds : mean relative entropy rescaled ...
<p>(a,c,e) PSTH for several principal components (see key) locked to stimulus onset in the second i...
<p>(a) Strength of stimulus onset locked reproducible dynamics (see text) versus synaptic strength ...
<p>A firing rate model (Wilson-Cowan) with background correlated noisy inputs is analyzed to derive ...
AbstractThe spike trains that transmit information between neurons are stochastic. We used the theor...
<p>(<b>A</b>) Temporal evolution of the average firing rate in the excitatory population for differe...
<p>(a) Component PSTH variance (dashed) and noise variance (solid) versus component number for three...
<p>Discrete-time rate evolution. <b>a-b.</b> Network discrete-time activity: numerical integration o...
<p>Top panel: sample time course of the average firing rate. Bottom panel: raster plot from a sub-se...
Synaptic plasticity is believed to be the biological substrate underlying learning and memory. One o...
<p>Cell raster plot time series segment for the cell network simulation with connectivity , inhibit...
Extremely synchronized firing patterns such as those observed in brain diseases like epilepsy may re...
<p>(a) Black circles: minimum observed ISI for each active cell in network simulations of different ...
<p>(a) Strength of stimulus onset locked reproducible dynamics (see text) versus connectivity for ...
<p>(a) Mean similarity profiles for connectivity network simulation versus time lag . Firing rate ...
<p>(a,b) Black circles : proportion of active cells. Red diamonds : mean relative entropy rescaled ...
<p>(a,c,e) PSTH for several principal components (see key) locked to stimulus onset in the second i...
<p>(a) Strength of stimulus onset locked reproducible dynamics (see text) versus synaptic strength ...
<p>A firing rate model (Wilson-Cowan) with background correlated noisy inputs is analyzed to derive ...
AbstractThe spike trains that transmit information between neurons are stochastic. We used the theor...
<p>(<b>A</b>) Temporal evolution of the average firing rate in the excitatory population for differe...
<p>(a) Component PSTH variance (dashed) and noise variance (solid) versus component number for three...
<p>Discrete-time rate evolution. <b>a-b.</b> Network discrete-time activity: numerical integration o...
<p>Top panel: sample time course of the average firing rate. Bottom panel: raster plot from a sub-se...
Synaptic plasticity is believed to be the biological substrate underlying learning and memory. One o...
<p>Cell raster plot time series segment for the cell network simulation with connectivity , inhibit...
Extremely synchronized firing patterns such as those observed in brain diseases like epilepsy may re...