<p>The four subfigures show the fitted values of the history dependence of the firing rate and the confidence intervals for cells 1–4. The blue lines represent estimates of the history components. The dot-dashed red line indicates the point-wise confidence intervals of each estimate.</p
The plasticity rules do not fix the firing rate of neurons, instead firing rates vary in response to...
<p>(A) Post-stimulus time histogram (PSTH) of the output activity in response to a stimulus with con...
<p>A) The variance of the coupling terms and post-spike history relative to the variance of the esti...
<p><b>1A–4A</b>: 1 second interval of spike train data for each of the four cells considered. <b>1B–...
<p>A) Schematic of basis spline expansion for the spike history dependent term of the logistic regr...
<p>(A) Simulated spike trains in response to a fluctuating stimulus and oscillatory drive. (B,C,D) G...
(a, b): Example raster plots depicting the activity of a small, randomly chosen subset of neurons, o...
<p>(A – C) Low-order moments predicted by the model (y-axis) vs. measured in the data (x-axis). Each...
<p>Population-averaged firing rates for encoded in color (<b>A</b>) predicted by the analytical the...
Characterising the neuron spike train firing as a function of external stimulus applied in an experi...
<p>A)Distributions of the coefficient of variation of the interspike intervals for units of the 2000...
<p>Spiking noise and oscillation irregularity affect the quality of phase inference. A, B) Clockwise...
<p>Examples of population raster plots of the spiking activity of 100 neurons (vertical axis) over t...
<div> <div> <div> <p>Spikes were generated by a Poisson process (5Hz, 25Hz, 5Hz) plotted as a dotted...
<p>(A) Spike trains of excitatory neurons. (C) Firing rate distribution of excitatory neurons. (B,D)...
The plasticity rules do not fix the firing rate of neurons, instead firing rates vary in response to...
<p>(A) Post-stimulus time histogram (PSTH) of the output activity in response to a stimulus with con...
<p>A) The variance of the coupling terms and post-spike history relative to the variance of the esti...
<p><b>1A–4A</b>: 1 second interval of spike train data for each of the four cells considered. <b>1B–...
<p>A) Schematic of basis spline expansion for the spike history dependent term of the logistic regr...
<p>(A) Simulated spike trains in response to a fluctuating stimulus and oscillatory drive. (B,C,D) G...
(a, b): Example raster plots depicting the activity of a small, randomly chosen subset of neurons, o...
<p>(A – C) Low-order moments predicted by the model (y-axis) vs. measured in the data (x-axis). Each...
<p>Population-averaged firing rates for encoded in color (<b>A</b>) predicted by the analytical the...
Characterising the neuron spike train firing as a function of external stimulus applied in an experi...
<p>A)Distributions of the coefficient of variation of the interspike intervals for units of the 2000...
<p>Spiking noise and oscillation irregularity affect the quality of phase inference. A, B) Clockwise...
<p>Examples of population raster plots of the spiking activity of 100 neurons (vertical axis) over t...
<div> <div> <div> <p>Spikes were generated by a Poisson process (5Hz, 25Hz, 5Hz) plotted as a dotted...
<p>(A) Spike trains of excitatory neurons. (C) Firing rate distribution of excitatory neurons. (B,D)...
The plasticity rules do not fix the firing rate of neurons, instead firing rates vary in response to...
<p>(A) Post-stimulus time histogram (PSTH) of the output activity in response to a stimulus with con...
<p>A) The variance of the coupling terms and post-spike history relative to the variance of the esti...