<p>A) Mean fraction of variance explained by tuning as a function of network size for simulated, independent neurons whose tuning curves were matched to the recorded data. The fraction of variance explained by tuning remains close to 1, indicating that there is little to no over-fitting. B) Mean fraction of variance explained by tuning as a function of network size for shuffled data. These results provide an additional control for over-fitting, while retaining stimulus correlations. C) Mean spike prediction accuracy under the tuning curve (black), coupling (blue), and full (red) models on shuffled data. Error bars denote SEM across neurons (tuning curve models) or networks (coupling and full models).</p
Tuning curves are the functions that relate the responses of sensory neurons to various values withi...
<p>A) The variance of the coupling terms and post-spike history relative to the variance of the esti...
<p>For the network of PIF neurons with (<b>A</b>) and (<b>B</b>), and for the network of LIF neuro...
An important issue in the neurosciences is a quantitative description of the relation between sensor...
<p>A) Tuning curve modulation (max-min) under the tuning curve and full model. Note that the modulat...
<p>A) Spike prediction accuracy for simulated neurons receiving correlated input, with different lev...
Responses of single neurons to a fixed stimulus are usually both variable and highly ambiguous. Ther...
<p>(<b>A–C</b>) Raster plot of activity for networks with different specific connectivity in respons...
A. A sample subset of the Gabor stimuli with a rich diversity of frequencies, orientations, and phas...
The top panel shows the input signal and the target x-intercept, the state space value at which our ...
Tuning curves are the functions that relate the responses of sensory neurons to various val-ues with...
<p>A: Signal-to-noise ratio <i>S</i>, dots correspond to pairs of stimuli. Value from observed covar...
<p>A) Degree distributions, both in-degree (blue) and out-degree (red), for the coupling matrices es...
<p>For the full model the fraction of variance explained by the tuning component of the model decays...
<p>(A) Spike count statistics amongst the population of 5000 neurons (spike counts over 400 msec, on...
Tuning curves are the functions that relate the responses of sensory neurons to various values withi...
<p>A) The variance of the coupling terms and post-spike history relative to the variance of the esti...
<p>For the network of PIF neurons with (<b>A</b>) and (<b>B</b>), and for the network of LIF neuro...
An important issue in the neurosciences is a quantitative description of the relation between sensor...
<p>A) Tuning curve modulation (max-min) under the tuning curve and full model. Note that the modulat...
<p>A) Spike prediction accuracy for simulated neurons receiving correlated input, with different lev...
Responses of single neurons to a fixed stimulus are usually both variable and highly ambiguous. Ther...
<p>(<b>A–C</b>) Raster plot of activity for networks with different specific connectivity in respons...
A. A sample subset of the Gabor stimuli with a rich diversity of frequencies, orientations, and phas...
The top panel shows the input signal and the target x-intercept, the state space value at which our ...
Tuning curves are the functions that relate the responses of sensory neurons to various val-ues with...
<p>A: Signal-to-noise ratio <i>S</i>, dots correspond to pairs of stimuli. Value from observed covar...
<p>A) Degree distributions, both in-degree (blue) and out-degree (red), for the coupling matrices es...
<p>For the full model the fraction of variance explained by the tuning component of the model decays...
<p>(A) Spike count statistics amongst the population of 5000 neurons (spike counts over 400 msec, on...
Tuning curves are the functions that relate the responses of sensory neurons to various values withi...
<p>A) The variance of the coupling terms and post-spike history relative to the variance of the esti...
<p>For the network of PIF neurons with (<b>A</b>) and (<b>B</b>), and for the network of LIF neuro...