<p>(<b>A</b>) The input to the post-synaptic cell is a fixed spike train which is convolved with a synaptic kernel. (<b>B</b>) A sample voltage path for the post-synaptic cell receiving the input shown in A) in the presence of background noise. (<b>C</b>) Raster plot of 100 realizations of output spike trains of the post-synaptic cell. (<b>D</b>) The output firing rate, , obtained by averaging over realizations of the output spike trains in C). The rate obtained using Monte Carlo simulations (shaded in gray) matches predictions of linear response theory obtained using Eq. (4) (black).</p
<p>Whole-cell patch recordings from CA1 neurons to multiple synaptic inputs without background curre...
AbstractThe spike trains that transmit information between neurons are stochastic. We used the theor...
<p>(A) Black line corresponds to the pre-synaptic spike (scale on the right). The rise time of is g...
<p>The first panel shows the pre-synaptic spike-rate modulation, λ<sub>S</sub>(<i>t</i>). The second...
<p>A Integrated response of the firing rate (15)of the integrate-and-fire model as a function of syn...
<p>A) Experimental design of a signal immersed in noise paradigm. Current for injection is composed ...
<p>Rasters show spike simulations from the model using a fixed set of presynaptic spikes as input ac...
<p>(A–C) The left column shows simulation results with synchronicity of 0 ms, middle column of 4 ms,...
<div><p>(A) The top trace illustrates a natural spike train, with each vertical line indicating an a...
Raster diagrams showing the simulated responses of a low (A) and a high (B) firing rate synaptic arr...
<p>The conditional mean firing rate of the presynaptic cell given that the postsynaptic cell has fir...
<p>A. Input spike trains are either generated independently for each cell (uncorrelated input), or c...
<p><b>A</b>: Firing-rate deflection of a LIF neuron caused by an incoming spike event of postsynapt...
Cortical neurons are often classified by current-frequency relationship. Such a static description i...
<p>(A) Output spike trains for two runs (blue and red) of activity starting with the same initial co...
<p>Whole-cell patch recordings from CA1 neurons to multiple synaptic inputs without background curre...
AbstractThe spike trains that transmit information between neurons are stochastic. We used the theor...
<p>(A) Black line corresponds to the pre-synaptic spike (scale on the right). The rise time of is g...
<p>The first panel shows the pre-synaptic spike-rate modulation, λ<sub>S</sub>(<i>t</i>). The second...
<p>A Integrated response of the firing rate (15)of the integrate-and-fire model as a function of syn...
<p>A) Experimental design of a signal immersed in noise paradigm. Current for injection is composed ...
<p>Rasters show spike simulations from the model using a fixed set of presynaptic spikes as input ac...
<p>(A–C) The left column shows simulation results with synchronicity of 0 ms, middle column of 4 ms,...
<div><p>(A) The top trace illustrates a natural spike train, with each vertical line indicating an a...
Raster diagrams showing the simulated responses of a low (A) and a high (B) firing rate synaptic arr...
<p>The conditional mean firing rate of the presynaptic cell given that the postsynaptic cell has fir...
<p>A. Input spike trains are either generated independently for each cell (uncorrelated input), or c...
<p><b>A</b>: Firing-rate deflection of a LIF neuron caused by an incoming spike event of postsynapt...
Cortical neurons are often classified by current-frequency relationship. Such a static description i...
<p>(A) Output spike trains for two runs (blue and red) of activity starting with the same initial co...
<p>Whole-cell patch recordings from CA1 neurons to multiple synaptic inputs without background curre...
AbstractThe spike trains that transmit information between neurons are stochastic. We used the theor...
<p>(A) Black line corresponds to the pre-synaptic spike (scale on the right). The rise time of is g...