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CROCOpy - A Python toolbox for the analysis of CRitical Oscillations and COnnectivity

Myrov, V.; Siebenhuhner, F.; Wang, S. H.; Arnulfo, G.; Juvonen, J. J.; Roascio, M.; Burlando, G.; Suleimanova, A.; Repo, J.; Liu, W.; Palva, S.; Palva, J. M.

2026-02-18 neuroscience
10.64898/2026.02.17.706438 bioRxiv
Show abstract

CROCOpy is a light-weighted toolbox for the assessment of neuronal oscillations, and multiple observables of functional connectivity (phase synchronization, amplitude coupling, and cross-frequency coupling) and critical dynamics (avalanches, long-range temporal correlations, bistability, and functional excitation-inhibition ratio). It was developed to simplify the analysis of continuous electrophysiological recordings and, in addition to metric computation, also includes methods for narrow-band filtering and statistical analysis. It is device-agnostic and supports both GPU and CPU computations. The toolbox also provides detailed tutorials.

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