GRASPBERRY is an affordable Raspberry PI HAT (Hardware Attached on Top) solution to introduce the realm of BCIs, sEMG and neurotech to everyone.

🏹 A frontend challenge proposed by Neurotech.

Introduction to Neurotechnology Coursework @ UofT

Driving safety application that alerts when brain wave signals are detected

Gamify Cognitive Activities for Brain Health | HackRU F24 Winner

My three intro projects in BCI: Playing chrome dino game, facial expressions LED and EEG music

Classic circular shifting based c-VEP speller for MEDUSA that supports non-binary sequences

A Python Socket.IO server that allows any Socket.IO-compliant application to communicate with manipulators used in electrophysiology experiments.

Control Chrome's T-rex game with a BCI headset streaming EEG data through a LSL server

Public repository for the brain-computer interface (BCI) speller based on code-modulated visual evoked potentials (c-VEP) for MEDUSA.

An Interactive Cross-Platform tool to run Online EEG Experiments using Web-Bluetooth and the Muse EEG headset.

Hand pose estimation from sEMG using automated depth labelling and predicting with deep LSTMs

Play breakout using the Myo Armband by Thalmic labs using python.

EEG multiplayer game using Muse headbands

Making OpenBCI for Node Reactive

Local-first behavior tracking and brain recording app. Discord: https://discord.gg/sqsuzXWE3K

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

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

CS198-96: Intro to Neurotechnology @ UC Berkeley