BrainFlow is a library intended to obtain, parse and analyze EEG, EMG, ECG and other kinds of data from biosensors

A Collection Python EEG (+ ECG) Analysis Utilities for OpenBCI and Muse

Interactive Brain Playground - Browser based tutorials on EEG with webbluetooth and muse

Contains files created with Design Spark PCB Capture Software

Repository for OpenBCI Cyton Arduino Libraries

A fullstack javascript app for capturing and visualizing OpenBCI EEG data

MSc thesis on: Classifying brain activity using EEG and automated time tracking of computer use (using ActivityWatch)

Real-time processing and plotting of data streamed over LSL, with a focus on student-led BCI projects.

Firmware library that runs on the OpenBCI WiFi Shield

Making OpenBCI for Node Reactive

Firmware Libraries for the OpenBCI Ganglion Board

The schematics for the OpenBCI wifi shield

🧠 Project for recording and training subvocalization EMG data with the Cyton Board.

Libraries and firmware for OpenBCI Radio Modules

Use BrainFlow to read data from Open BCI board and send it as Lab Streaming Layer streams

Experimental system synchronizing OpenBCI EEG and EKG, pupillabs and theeyetribe eyetrackers, with stimulus from PsychoPy through LSL.

EDF EEG REPORT TOOL

A Darwin Ecosystem open source Cognitve project with BCI systems and IBM Watson Technology

OpenBCI 32bit SD code

EEG acquisition and Stimuli delivery.

Experimenting with NodeJS and OpenBCI

The Arduino library meant to run on Cyton or Ganglion or really any Arduino device to hook in the wifi shield.

An open-source enclosure for the OpenBCI board.

High-level Python module for handle OpenBCI EEG acquisition boards.

App for BrainFlow developers to test it on Android

An experimental compact system for doing game-based EEG biofeedback using an OpenBCI data stream over UDP. A control component receives and processes EEG data and calculates a reward value based on configurable thresholds. A feedback component provides real-time audiovisual feedback and scoring to the neurofeedback user wearing the BCI headgear.

Code corresponding to my Master's thesis and the associated paper

Bci tool for real time brain waves frequency analysis

Framework for P300 wave detection and noise-based cyberattacks in Brain-Computer Interfaces - Enrique Tomás Martínez Beltrán

This project started as a simple creation of the classic Pong game with a DOTS implementation. It has been expanded to allow users to play the game using OpenBCI hardware.