<p>(A) Top: Noisy input current with two standard deviations: 6+ nA, = 1 or 2 nA. Bottom: The firing rate to noisy input current calculated from 100 trials, . (B) Top: Time varying noisy input current. 5+ nA, = 1, 4, 2, 1, 2, 1, 4 and 2 nA, consecutively, and the noise is filtered with an alpha function with ms. Bottom: Instantaneous firing rate in response to the input current for (blue) and (black). For both ms and ms.</p
<p><b>A</b>) The relative change (color scale, 1 = the firing rate of the cell is equal to the mea...
(A), Frequency of the Up and Down cycle (UD-cycle). (B) Up state duration. (C) Down state duration. ...
<p>(A) Two levels of hyper-polarizing current followed by the same depolarizing current result in di...
A: Autocorrelation function of the firing rates for the network with adaptive neurons for three diff...
<p>The response of each rate model is compared to a spiking population receiving an input with fluct...
<p>PSTHs of the responses by a single unit to each of the 10 calls. The waveform of each call is sho...
Abstract. We review and extend recent results on the instantaneous firing rate dynamics of simplifie...
We review and extend recent results on the instantaneous firing rate dynamics of simplified models o...
<p>A Black: response to an additionally injected current causing a voltage deflection of at , gray...
<p>The mean firing rates across all animals. Note the significant truncation of 25 ms ON response an...
<p><b>A</b>. Firing rate in the “leaves” natural movie (M1) plotted against firing rate in the “wate...
<p>A. The firing rate trajectory of an example unit over one high-low variance cycle, normalized as ...
<p>(A) Simulations to test robustness against noise in the PNs. Percentage of correct trials (i.e. t...
<p><b>A.</b> Response to step in the common input current in the noise-dominated regime. <b>B.</b> R...
<p>A Integrated response of the firing rate (15)of the integrate-and-fire model as a function of syn...
<p><b>A</b>) The relative change (color scale, 1 = the firing rate of the cell is equal to the mea...
(A), Frequency of the Up and Down cycle (UD-cycle). (B) Up state duration. (C) Down state duration. ...
<p>(A) Two levels of hyper-polarizing current followed by the same depolarizing current result in di...
A: Autocorrelation function of the firing rates for the network with adaptive neurons for three diff...
<p>The response of each rate model is compared to a spiking population receiving an input with fluct...
<p>PSTHs of the responses by a single unit to each of the 10 calls. The waveform of each call is sho...
Abstract. We review and extend recent results on the instantaneous firing rate dynamics of simplifie...
We review and extend recent results on the instantaneous firing rate dynamics of simplified models o...
<p>A Black: response to an additionally injected current causing a voltage deflection of at , gray...
<p>The mean firing rates across all animals. Note the significant truncation of 25 ms ON response an...
<p><b>A</b>. Firing rate in the “leaves” natural movie (M1) plotted against firing rate in the “wate...
<p>A. The firing rate trajectory of an example unit over one high-low variance cycle, normalized as ...
<p>(A) Simulations to test robustness against noise in the PNs. Percentage of correct trials (i.e. t...
<p><b>A.</b> Response to step in the common input current in the noise-dominated regime. <b>B.</b> R...
<p>A Integrated response of the firing rate (15)of the integrate-and-fire model as a function of syn...
<p><b>A</b>) The relative change (color scale, 1 = the firing rate of the cell is equal to the mea...
(A), Frequency of the Up and Down cycle (UD-cycle). (B) Up state duration. (C) Down state duration. ...
<p>(A) Two levels of hyper-polarizing current followed by the same depolarizing current result in di...