<p>Presented here are different possible dynamics of spike timing in a two dimensional network. The top, middle and bottom rows correspond to fixed point dynamics, or synchrony, limit cycle or asynchrony, and monostability, where there is a weakly stable fixed point, which can be perturbed to produced transient trajectories (red dashes). <b>A</b>: phase response curves of the two neurons in the network, normalized by the magnitude of coupling strength. <b>B</b>: time series of the spiking dynamics <b>C</b>: The mean field is shown in gray and the relative spike timing modulo the period is shown by the dashed line. Both indicators of phase organization show the distinct qualitative differences in dynamics between the three phase flows.</p
International audienceThis paper presents an original mathematical framework based on graph theory w...
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Chaotically-spiking dynamics of Hindmarsh-Rose neurons an discussed based on a flexible definition o...
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<p>The top traces show the membrane potential traces of two coupled model neurons, whereas the botto...
The time-interval sequences and the spatiotemporal patterns of the firings of a coupled neuronal net...
<p>Demonstrated here are four kinds of dynamics generated by a two neuron network. In the left two c...
[résumé trop long]The important relationship between structure and function has always been a fundam...
<p>(A) To characterize instantaneous spatial patterning in the network, we calculate the minimum tim...
A link is built between a biologically plausible generalized integrate and fire (GIF) neuron model w...
<p>(A) A network was trained with an extended delay phase of 500 ms. Input spike trains of a single ...
<div><p>Understanding spontaneous transitions between dynamical modes in a network is of significant...
International audienceThis paper presents an original mathematical framework based on graph theory w...
Pairs of active neurons frequently fire action potentials or "spikes" nearly synchronously (i.e., wi...
We study the effect of delays on the dynamics of large networks of neurons. We show that delays give...
Chaotically-spiking dynamics of Hindmarsh-Rose neurons an discussed based on a flexible definition o...
Synchronized neural activity, in which the firing of neurons is coordinated in time, is an observed ...
Relationships between spiking-neuron and rate-based approaches to the dynamics of neural assemblies ...
Relationships between spiking-neuron and rate-based approaches to the dynamics of neural assemblies ...
<p>The top traces show the membrane potential traces of two coupled model neurons, whereas the botto...
The time-interval sequences and the spatiotemporal patterns of the firings of a coupled neuronal net...
<p>Demonstrated here are four kinds of dynamics generated by a two neuron network. In the left two c...
[résumé trop long]The important relationship between structure and function has always been a fundam...
<p>(A) To characterize instantaneous spatial patterning in the network, we calculate the minimum tim...
A link is built between a biologically plausible generalized integrate and fire (GIF) neuron model w...
<p>(A) A network was trained with an extended delay phase of 500 ms. Input spike trains of a single ...
<div><p>Understanding spontaneous transitions between dynamical modes in a network is of significant...
International audienceThis paper presents an original mathematical framework based on graph theory w...
Pairs of active neurons frequently fire action potentials or "spikes" nearly synchronously (i.e., wi...
We study the effect of delays on the dynamics of large networks of neurons. We show that delays give...