Spike train analysis

EMGLAB: An interactive EMG decomposition program

Cognitive Science / Skeletal muscle biology / Decomposition / User Interface / Spike train analysis / Software / Humans / Electromyography / Template matching / Computer Program / Motor Unit / MVC / Muscle contraction / Action potential / Action Potentials / Statistical Methods for Neuroscience / Neurosciences / Software / Humans / Electromyography / Template matching / Computer Program / Motor Unit / MVC / Muscle contraction / Action potential / Action Potentials / Statistical Methods for Neuroscience / Neurosciences

Identifying Functional Connectivity in Large-Scale Neural Ensemble Recordings: A Multiscale Data Mining Approach

Data Mining / Fire History / Multidisciplinary / Information Processing / Optimization Problem / Spike train analysis / Functional Connectivity / Animals / Cluster Analysis / Synaptic Transmission / Neurons / Single Cell / Graph Cut / Spectrum / SYNAPSES / Spectral Clustering / Network Topology / Neural Computation / Large Scale / Action Potentials / Spike train analysis / Functional Connectivity / Animals / Cluster Analysis / Synaptic Transmission / Neurons / Single Cell / Graph Cut / Spectrum / SYNAPSES / Spectral Clustering / Network Topology / Neural Computation / Large Scale / Action Potentials

Synergistic Coding by Cortical Neural Ensembles

Information Theory / Graph Theory / Coding / Entropy / Information Processing / Statistical Learning / Learning / Neural coding / Spike train analysis / Connectedness / Message Passing / Encoding / Joint / Statistical Model / Articulation / Electrical And Electronic Engineering / Maximum entropy / Entropie / Conditional Independence / Statistical Learning / Learning / Neural coding / Spike train analysis / Connectedness / Message Passing / Encoding / Joint / Statistical Model / Articulation / Electrical And Electronic Engineering / Maximum entropy / Entropie / Conditional Independence

Models of frequency preferences of prefrontal cortical neurons

Engineering / Spike train analysis / Computer Model / Oscillations / Neurocomputing

Models of frequency preferences of prefrontal cortical neurons

Engineering / Spike train analysis / Computer Model / Oscillations / Neurocomputing

Synergistic Coding by Cortical Neural Ensembles

Information Theory / Graph Theory / Coding / Entropy / Information Processing / Statistical Learning / Learning / Neural coding / Spike train analysis / Connectedness / Message Passing / Encoding / Joint / Statistical Model / Articulation / Electrical And Electronic Engineering / Maximum entropy / Entropie / Conditional Independence / neural code / Statistical Learning / Learning / Neural coding / Spike train analysis / Connectedness / Message Passing / Encoding / Joint / Statistical Model / Articulation / Electrical And Electronic Engineering / Maximum entropy / Entropie / Conditional Independence / neural code

Identifying Functional Connectivity in Large-Scale Neural Ensemble Recordings: A Multiscale Data Mining Approach

Data Mining / Fire History / Multidisciplinary / Information Processing / Optimization Problem / Spike train analysis / Functional Connectivity / Animals / Cluster Analysis / Synaptic Transmission / Neurons / Single Cell / Graph Cut / Spectrum / SYNAPSES / Spectral Clustering / Network Topology / Neural Computation / Large Scale / Action Potentials / Spike train analysis / Functional Connectivity / Animals / Cluster Analysis / Synaptic Transmission / Neurons / Single Cell / Graph Cut / Spectrum / SYNAPSES / Spectral Clustering / Network Topology / Neural Computation / Large Scale / Action Potentials

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