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bayesian-prevalence

Bayesian inference of population prevalence

beamformer_examples

beamformer_simulation

Big simulation study for MNE-Python's LCMV and DICS beamformers

blog

britta-wstnr.github.io

classify_high_freq

Data analysis scripts for "Across-subjects classification of stimulus modality from human MEG high frequency activity"

crsocket

Controller-Responder Socket

demo_openmr

Demo jupyter notebook for the MNE-Python visualization talk @ OpenMR conference, March 2021.

emacs_config

fieldtrip

The MATLAB toolbox for MEG and EEG analysis

fijirelax

FijiRelax: 3D+t multi-echo spin-echo sequences MRI analysis

heudiconv

A flexible DICOM converter for organizing brain imaging data into structured directory layouts

mne-python

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

mne-scripts

Sample scripts based on MNE

mne-testing-data

Data for mne-python testing

mne_pratical_meeg_2022

Materials for MNE-Python sessions at Practical MEEG 2022

mtrfpy

a python3 version of matlab mTRF-Toolbox by Lalor Lab https://mtrfpy.readthedocs.io/

nemolab

Scripts from the NEMO group

opm_mrg

Data analysis scripts for "Contactless recordings of retinal activity using optically pumped magnetometers"

pyfin

Monthly Python meeting at CFIN.

python_code_base

Python functions for MEEG data analysis and decoding.

python_dftfilter

This is an adaptation of the fieldtrip preprocessing function ft_preproc_dftfilter into python

retina_cortex_darks_lights

Data analysis scripts for "Darks elicit gamma-band activity in the human retina and visual cortex with narrower bandwidth and faster propagation time than lights"

source_decoding

This repository contains the simulation and analysis code for the project The best of two worlds: Decoding and source-reconstructing M/EEG oscillatory activity with a unique model.

source_recon_langdysfun

EEG forward and inverse modelling demo

sprint2019

MNE Code Sprint 2019 @ Hosted at Facebook

tsinterpret

Open-Source-Python-Bibliothek zur Interpretation von Zeitreihenklassifikatoren.

website

This contains the content hosted on the FieldTrip website