<p>Using onset latencies from only 28 out of the 252 neurons (1∶9 sub sampling), the delay histograms with respect to various candidate networks were constructed as in Fig. 4. The sub sampled onset profiles are indicated on the left extreme and the candidate networks on the top row. Notice that the likelihoods are still high along the diagonal where the sub sampled onset profiles meet true networks. Notice again that along the diagonal the grey, blue,green,red and black curves have monotonically increasing medians and are better separated than the other histograms.</p
<p>A) Schematic of a typical non-parametric test for connectivity. By bootstrapping we first generat...
<p>With <i>N</i> = 50 neurons, and an experiment length of 5.5 hours, we examine various observation...
<p>Synchrony was measured by PLV. (A) A scaled-down schematic representation of the model network. I...
<p>Figure shows a plot of the number of networks correctly identified (as of total) with decreasing...
<p>The figures on the left hand side column show the typical probabilities of a synapse from a neuro...
<p>(<b>a</b>) The three panels show the observed latencies in response to three different stimuli. B...
<p>The 6 networks have all been constructed using the connection probability profile shown in row-2,...
<p>(<b>a</b>) A 252 neuron network under study. Neurons are shown as black circles and synaptic conn...
<p>Left: Two realizations of two different patterns, for 50 neurons. Simulation parameters were λ<su...
<p>(<b>A</b>) TE p-value histogram for real and randomized data. Real data show many more pairs of n...
Delay match to sample (DMS) experiments provide an important link between the theory of recurrent ne...
<p>The top schemes (a) illustrate the motifs of neurons considered. Motifs M6′, M9′ and M3+1′ have o...
<p>(<b>A</b>) Most frequently occurring MS patterns collected from 30 subnetworks of size <i>N</i> =...
<p>Each neuron in population receives randomly drawn excitatory inputs with weight , randomly dra...
<p>(A) Network response (PSTH) for identical stimulation of 30 different subpopulations of 250 neuro...
<p>A) Schematic of a typical non-parametric test for connectivity. By bootstrapping we first generat...
<p>With <i>N</i> = 50 neurons, and an experiment length of 5.5 hours, we examine various observation...
<p>Synchrony was measured by PLV. (A) A scaled-down schematic representation of the model network. I...
<p>Figure shows a plot of the number of networks correctly identified (as of total) with decreasing...
<p>The figures on the left hand side column show the typical probabilities of a synapse from a neuro...
<p>(<b>a</b>) The three panels show the observed latencies in response to three different stimuli. B...
<p>The 6 networks have all been constructed using the connection probability profile shown in row-2,...
<p>(<b>a</b>) A 252 neuron network under study. Neurons are shown as black circles and synaptic conn...
<p>Left: Two realizations of two different patterns, for 50 neurons. Simulation parameters were λ<su...
<p>(<b>A</b>) TE p-value histogram for real and randomized data. Real data show many more pairs of n...
Delay match to sample (DMS) experiments provide an important link between the theory of recurrent ne...
<p>The top schemes (a) illustrate the motifs of neurons considered. Motifs M6′, M9′ and M3+1′ have o...
<p>(<b>A</b>) Most frequently occurring MS patterns collected from 30 subnetworks of size <i>N</i> =...
<p>Each neuron in population receives randomly drawn excitatory inputs with weight , randomly dra...
<p>(A) Network response (PSTH) for identical stimulation of 30 different subpopulations of 250 neuro...
<p>A) Schematic of a typical non-parametric test for connectivity. By bootstrapping we first generat...
<p>With <i>N</i> = 50 neurons, and an experiment length of 5.5 hours, we examine various observation...
<p>Synchrony was measured by PLV. (A) A scaled-down schematic representation of the model network. I...