neurofractal Goto Github PK

analyse_opmeg

Nic & Rob's lair of scripts to analyse OPM data, using the Fieldtrip toolbox

autoaiscore

Code to automatically extract data from Autobiographical Interview (AI) transcripts

brainstorm3

Brainstorm software: MEG, EEG, fNIRS, ECoG, sEEG and electrophysiology

cns2024

Practicing with Git!

deep_mri_brain_extraction

3D convolutional neural network for MRI brain extraction

ebosc

extended Better OSCillation Detection method

event-segmentation

Code for automatic event segmentation and alignment of neuroimaging data

fbosc

fooof+BOSC: A repository for the robust detection of oscillations at the single-trial level

fbosc_validation

Simulations and empirical analyses to validate fBOSC versus other methods

fieldtrip

The MATLAB software toolbox for MEG and EEG analysis

glm-cfc

A GLM based approach to measure CFC

meg_preprocessing

RS MEG Preprocessing Scripts

megsurfer

Utilities for working with MEG data and cortical surfaces

mne-python

MNE : Magnetoencephalography (MEG) and Electroencephalography (EEG) in Python

multitaper_toolbox

Code for computing multitaper spectrogram implemented in Matlab, Python, and R

neurofractal.github.io

opm

Tools for OPM processing using SPM

pac_aliens

The Detection of Phase Amplitude Coupling During Sensory Processing

pacmeg

MATLAB scripts for detecting and validating phase amplitude coupling (PAC) in electrophysiological data

pactools

Phase-amplitude coupling (PAC) toolbox

perspective_taking_oscillatory_networks

Repository to hold and describe MATLAB/Python scripts for "Oscillatory Networks of High-Level Mental Alignment: A Perspective-Taking MEG Study"

posters_and_talks

Repository to hold various posters and talks given

rs_mc_analysis

Rob's Investigation Into the Optimal Maxfilter Settings

sensory_pac

Repository name changed to PACmeg

solo

:older_man: [UNMAINTAINED]: Solo is a Jekyll theme that supports single-page websites only, but supports them well.

spm_glass

A 21st century glass brain plotter for SPM

sprint

Code for simulating neural time series, spectrogram parameterization (using SPRiNT), and generating figures from the SPRiNT preprint

website

This contains the content hosted on the FieldTrip website