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Parameterizing neural power spectra - fitting oscillatory peaks and 1/f background.
Resources & starter kits for the Voytek lab.
Tools for the Voytek Lab and friends to analyze neural time series.
A Matlab wrapper for FOOOF, and other support utilities for using FOOOF with Matlab.
Who are we? What do we study? HOW? WHY? ARRGHHH!!?!?
A collection of openly available datasets in (mostly human) electrophysiology.
Statistics helper functions
The who, what, and where of Voytek Lab code.
Calculate phase-amplitude coupling in Matlab (relies on https://github.com/voytekresearch/pacpy).
Code for analyzing multi-electrode array recordings (spikes & LFP) for Trujillo, Gao, Negraes et al., 2018.
Spectral Coefficient of Variation for separating noise and structure in neural data
Analysis code used to create figures in Cole et al., 2017, J Neuro
Model spiking as a statistical process, in Python.
Analysis code to create the figures in "Cycle by cycle analysis of neural oscillations"
Modeling the adversarial relationship between oscillation and neural computation.
Models and data for, 'A unified mechanism for visual cortical alpha rhythms'.
A detailed look at the synchronization and coding fidelity of gamma oscillations
Algorithm to fit 1/f and oscillatory components to PSD
Learn to do common Voytek Lab things.
Calculate phase-amplitude coupling in Python (and Matlab).
Analysis code used to create figures in Gao et al., 2017
Analyze the waveform shape of neural oscillations.
Toy simulations to try and better interpret peak bandwidth in power spectra.
Create simple LFP simulations, with 1/F^chi noise.
Train excitatory-inhibitory recurrent neural networks for cognitive tasks.
A very basic library for studying recurrence matrices.
Spiking simulations of 'good' and 'bad' neural phase-amplitude coupling.
Allen and Yarkoni sitting in a tree, C-O-D-I-N-G.