If a stimulus with value “3” is presented, each channel gives an average response equivalent to the height of the tuning function at that stimulus value (i.e., the height at the dotted line). The vector of average responses is perturbed by random noise, producing the final channel output.</p
<p>(Top) Representation of periodic mean stimuli in the population rate of noisy, independent neuron...
Box plot showing the number of robots with the correct opinion in the white-dominant environment (se...
<p>(A) Coding performance of the network in the presence of synaptic background noise. The vertical ...
A: Population encoding model, consisting of a set of channels that are tuned to specific stimulus va...
Example MNIST stimuli at different noise levels, from left to right: 0%, 50%, 75%, 88%, 94%, 97%. In...
Architecture (C, D) and responses (A, B, E) of the model to three stimuli with different pitches. St...
The Vm traces of spiking (A) and non-spiking (B) simulations with 20 (cyan) to 3 (black) input stimu...
<p>(<b>A</b>) Mean E firing rate of the network as a function of mean input <i>η</i> and signal ampl...
A A random Gaussian receptive field population. The width of the RFs are chosen to minimize the tota...
(A) Schematic representation of a generic recurrent circuit model from theoretical neuroscience. The...
<p>A. White noise current (blue) elicits a train of action potentials in the spiking neuron model (b...
<p>Top row shows a sample image made up of white noise uniformly distributed on [0, 1], the template...
<p>Feature-space representation of three stimuli used to study misbinding errors and characteristics...
In a recent study the initial rise of the mutual information between the firing rates of N neurons a...
<p>These are graphical representations of the regions found for simulated and recaptured signals. In...
<p>(Top) Representation of periodic mean stimuli in the population rate of noisy, independent neuron...
Box plot showing the number of robots with the correct opinion in the white-dominant environment (se...
<p>(A) Coding performance of the network in the presence of synaptic background noise. The vertical ...
A: Population encoding model, consisting of a set of channels that are tuned to specific stimulus va...
Example MNIST stimuli at different noise levels, from left to right: 0%, 50%, 75%, 88%, 94%, 97%. In...
Architecture (C, D) and responses (A, B, E) of the model to three stimuli with different pitches. St...
The Vm traces of spiking (A) and non-spiking (B) simulations with 20 (cyan) to 3 (black) input stimu...
<p>(<b>A</b>) Mean E firing rate of the network as a function of mean input <i>η</i> and signal ampl...
A A random Gaussian receptive field population. The width of the RFs are chosen to minimize the tota...
(A) Schematic representation of a generic recurrent circuit model from theoretical neuroscience. The...
<p>A. White noise current (blue) elicits a train of action potentials in the spiking neuron model (b...
<p>Top row shows a sample image made up of white noise uniformly distributed on [0, 1], the template...
<p>Feature-space representation of three stimuli used to study misbinding errors and characteristics...
In a recent study the initial rise of the mutual information between the firing rates of N neurons a...
<p>These are graphical representations of the regions found for simulated and recaptured signals. In...
<p>(Top) Representation of periodic mean stimuli in the population rate of noisy, independent neuron...
Box plot showing the number of robots with the correct opinion in the white-dominant environment (se...
<p>(A) Coding performance of the network in the presence of synaptic background noise. The vertical ...