161. Stochastic simulation of neuronal spike trains and dislocations in crystals

In this talk I present a simulation method for the analysis of neuronal spike trains considered as stationary stochastic random processes with a given power spectrum. In rapidly growing classes of neurophysiological experiments, the train of impulses (“spikes”) produced by a nerve cell is a subject of statistical treatment involving the time intervals between spikes.

 

Abstracts file: Sabelfeld_Thesis.pdf