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INM-6
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eigenangles
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eigenangles
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stochastic_activity
Michael Denker 5b66f1e714 git-annex in denker@inm6183 vor 9 Monaten
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correlation_matrices daaaeacfe9 Initial commit vor 2 Jahren
results daaaeacfe9 Initial commit vor 2 Jahren
scripts 5b66f1e714 git-annex in denker@inm6183 vor 9 Monaten
README.md daaaeacfe9 Initial commit vor 2 Jahren
Snakefile daaaeacfe9 Initial commit vor 2 Jahren
config.py daaaeacfe9 Initial commit vor 2 Jahren

README.md

Application of the eigenangle test to stochastic calibration scenarios

This folder contains the workflow to create stochastic spiking activity using Poisson and Compound Poisson processes, calculate their correlation matrices, compare them with the eigenangle- and the Kolmogorov-Smirnov test. The parameters for the stochastic processes are specified via the config.py file. The following wildcards in the file paths can update the parameters of the config file as in N{N}_t{t_start}-{t_stop}ms_bin{binsize}ms_rate{rate}Hz_hub{assembly_sizes}_corr{correlations}_bkgr{bkgr_correlation}_{corr_method}. The main functionality of the workflow is:

  • snakemake `results/stochastic_activity_comparison.csv' creates the correlation matrices for all process with the parameter ranges specified in the config files, performs the comparisons between initializations (i.e. random seeds), and aggregates the results in a dataframe.