Summary
This dissertation discusses the development of a mathematical model for the electrophysiology of the neuronal network responsible for circadian rhythms in mammals, and a new statistical method for inferring the functional connectivity of neuronal networks from multi-neuronal spike trains.
Categories
Cognitive function and memory: The paper discusses the development of a mathematical model for the electrophysiology of the neuronal network responsible for circadian rhythms in mammals, which is a cognitive function.
Education and learning: The paper provides new learning on the development of a mathematical model for the electrophysiology of the neuronal network responsible for circadian rhythms in mammals, and a new statistical method for inferring the functional connectivity of neuronal networks from multi-neuronal spike trains.
Author(s)
CO Diekman
Publication Year
2010
Number of Citations
2
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