0000000000887032

AUTHOR

Riccardo Storchi

0000-0002-3656-7514

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A Measure of Concurrent Neural Firing Activity Based on Mutual Information

2021

Multiple methods have been developed in an attempt to quantify stimulus-induced neural coordination and to understand internal coordination of neuronal responses by examining the synchronization phenomena in neural discharge patterns. In this work we propose a novel approach to estimate the degree of concomitant firing between two neural units, based on a modified form of mutual information (MI) applied to a two-state representation of the firing activity. The binary profile of each single unit unfolds its discharge activity in time by decomposition into the state of neural quiescence/low activity and state of moderate firing/bursting. Then, the MI computed between the two binary streams is…

Computer scienceModels NeurologicalAction PotentialsBinary numberRetinal ganglionMeasure (mathematics)050105 experimental psychologySynchronizationSurrogate data03 medical and health sciencesBursting0302 clinical medicineComputer Simulation0501 psychology and cognitive sciencesRepresentation (mathematics)Neuronsbusiness.industryGeneral Neuroscience05 social sciencesFiring patternsPattern recognitionMutual informationCorrelationConcurrent activityMutual informationArtificial intelligencebusinessNeural synchrony030217 neurology & neurosurgerySoftwareInformation Systems
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