<p>The top-left panel shows regions of parameter space where clustered desynchronization is guaranteed for small enough noise. The bottom-left panel shows the regions associated with a positive average Lyapunov exponent (LE). Panels A-D give steady state probability distributions for stimulus parameters corresponding to black dots on the left.</p
While high-frequency deep brain stimulation is a well established treatment for Parkinson’s disease,...
We consider the dynamics of a one-dimensional neuron model under a constant stimulation at random ti...
The interaction of two populations of integrate-and-fire-or-burst neurons representing thalamocortic...
<p>The middle panel gives regions of parameter space where clustered desynchronization is guaranteed...
<p>In simulations of <a href="http://www.ploscompbiol.org/article/info:doi/10.1371/journal.pcbi.1004...
<p>The top panel shows snapshots of the probability distribution of phases <i>ρ</i>(<i>θ</i>) from o...
<p>Top, middle, and bottom panels show clustered states achieved with pulsing at 83, 94, and 120 Hz,...
A. The maximal Lyapunov exponent (MLE) as a function of the projection width (σi) and the time const...
The maximal Lyapunov exponents of networks with one dimensional spatial coupling. Same format as Fig...
A) External input (dashed) and recurrent input (solid) for three example neurons. B) Synaptic curr...
<p>Each column corresponds to one stimulus duration. A, Color represents the latency of the spike pr...
<p>A homogeneous density of noisy input currents is applied throughout the neural membrane. Columns ...
(A) Two-dimensional phase diagram, showing the fraction of positive Lyapunov exponents as a functio...
<p>(A) The biophysical model. Upper panel: schematic representation of the biophysical model, where ...
<p>(A–B) Power spectral density (PSD) of representative neurons in different green shades from leech...
While high-frequency deep brain stimulation is a well established treatment for Parkinson’s disease,...
We consider the dynamics of a one-dimensional neuron model under a constant stimulation at random ti...
The interaction of two populations of integrate-and-fire-or-burst neurons representing thalamocortic...
<p>The middle panel gives regions of parameter space where clustered desynchronization is guaranteed...
<p>In simulations of <a href="http://www.ploscompbiol.org/article/info:doi/10.1371/journal.pcbi.1004...
<p>The top panel shows snapshots of the probability distribution of phases <i>ρ</i>(<i>θ</i>) from o...
<p>Top, middle, and bottom panels show clustered states achieved with pulsing at 83, 94, and 120 Hz,...
A. The maximal Lyapunov exponent (MLE) as a function of the projection width (σi) and the time const...
The maximal Lyapunov exponents of networks with one dimensional spatial coupling. Same format as Fig...
A) External input (dashed) and recurrent input (solid) for three example neurons. B) Synaptic curr...
<p>Each column corresponds to one stimulus duration. A, Color represents the latency of the spike pr...
<p>A homogeneous density of noisy input currents is applied throughout the neural membrane. Columns ...
(A) Two-dimensional phase diagram, showing the fraction of positive Lyapunov exponents as a functio...
<p>(A) The biophysical model. Upper panel: schematic representation of the biophysical model, where ...
<p>(A–B) Power spectral density (PSD) of representative neurons in different green shades from leech...
While high-frequency deep brain stimulation is a well established treatment for Parkinson’s disease,...
We consider the dynamics of a one-dimensional neuron model under a constant stimulation at random ti...
The interaction of two populations of integrate-and-fire-or-burst neurons representing thalamocortic...