<p>Y axis represents instantaneous firing rate, X axis is time. (A) Activity of 20 sample PNs that all connect to the same KC, showing epochs of excitation and inhibition. The shaded area is the onset sequential phase; the rest is the steady state phase. (B): Activity of the KCs during the onset sequential phase where each colored line represents a cluster of three KCs. In total, 15 KCs are shown (five clusters), with maximum firing rates around times t1, t2, t3 and t4. As in <a href="http://www.ploscompbiol.org/article/info:doi/10.1371/journal.pcbi.1004528#pcbi.1004528.g003" target="_blank">Fig 3</a>, the baseline shown is calculated as half the activity level of a PN when only one KC of those connected to it is active.</p
<p>A: spike trains of six randomly selected excitatory neurons during 200 time steps. B: example of ...
<p>Orange/blue/green lines represent R/L/S pool firing rates. Continuous lines show average firing r...
<p>A sample of 1000 neurons from the network shows irregular spiking behaviour in the raster (top) a...
<p>(A) Raster plots for the full response (three phases) to a stimulus of PNs (left) and KCs (right)...
<p>(A) Sample of four PNs’ activity throughout the full response. Left: experimental data as reporte...
<p>(A,C) Rastergram and average discharge rate of PCs and BCs versus time when inhibition from MCs i...
<p>(a) Black circles: minimum observed ISI for each active cell in network simulations of different ...
<p>Discrete-time rate evolution. <b>a-b.</b> Network discrete-time activity: numerical integration o...
<p>Firing rates of 100 KCs and 30 PNs in mushroom body and the antennal lobe, respectively, for the ...
<p>a) Firing rates <i>ν</i><sub><i>i</i></sub> of 6 selected neurons belonging to two anti-correlate...
(a-b) Response of the network to SND and SNS, respectively. These panels report the number of PBs, r...
<p>The phase diagrams were created using the same procedure carried out for the generation of the ph...
<p>(A) Rasterplot of excitatory (1–700) and inhibitory (701–900) neurons recorded in the simulation ...
(A) Time course of spike rates averaged across all neurons in area V1 for increasing χ (graphs from ...
<p>Top panel: sample time course of the average firing rate. Bottom panel: raster plot from a sub-se...
<p>A: spike trains of six randomly selected excitatory neurons during 200 time steps. B: example of ...
<p>Orange/blue/green lines represent R/L/S pool firing rates. Continuous lines show average firing r...
<p>A sample of 1000 neurons from the network shows irregular spiking behaviour in the raster (top) a...
<p>(A) Raster plots for the full response (three phases) to a stimulus of PNs (left) and KCs (right)...
<p>(A) Sample of four PNs’ activity throughout the full response. Left: experimental data as reporte...
<p>(A,C) Rastergram and average discharge rate of PCs and BCs versus time when inhibition from MCs i...
<p>(a) Black circles: minimum observed ISI for each active cell in network simulations of different ...
<p>Discrete-time rate evolution. <b>a-b.</b> Network discrete-time activity: numerical integration o...
<p>Firing rates of 100 KCs and 30 PNs in mushroom body and the antennal lobe, respectively, for the ...
<p>a) Firing rates <i>ν</i><sub><i>i</i></sub> of 6 selected neurons belonging to two anti-correlate...
(a-b) Response of the network to SND and SNS, respectively. These panels report the number of PBs, r...
<p>The phase diagrams were created using the same procedure carried out for the generation of the ph...
<p>(A) Rasterplot of excitatory (1–700) and inhibitory (701–900) neurons recorded in the simulation ...
(A) Time course of spike rates averaged across all neurons in area V1 for increasing χ (graphs from ...
<p>Top panel: sample time course of the average firing rate. Bottom panel: raster plot from a sub-se...
<p>A: spike trains of six randomly selected excitatory neurons during 200 time steps. B: example of ...
<p>Orange/blue/green lines represent R/L/S pool firing rates. Continuous lines show average firing r...
<p>A sample of 1000 neurons from the network shows irregular spiking behaviour in the raster (top) a...