A framework for real-time brain signal streaming with MNE-Python.
-
Updated
Dec 23, 2024 - Python
A framework for real-time brain signal streaming with MNE-Python.
This repository includes useful MATLAB codes for the detection of SSVEP in EEG signals using spatial filters, frequency recognition algorithms, and machine-learning methods.
🧠 Research on Machine Learning and Neural Network techniques applied to the classification of encephalographic signals regarding concept evocation and movement intention.
I have utilized MNE-Python Library to study eeg files. I have tried to implement my theoretical knowledge of signal processing. This was my first experience in the field of Brain Computer Interface. Biomedical Engineering fascinates me and I find these amazing. There is another open-source MATLAB Library called EEGLab, GUI based.
[NeurIPS2024] Neural Information Processing Systems(2024) - Workshop on GenAI for Health: Potential, Trust and Policy Compliance (GenAI4Health)
[ICLR2024] International Conference on Learning Representations (2024) - Workshop on Learning from Time Series For Health (TS4H)
Created an Art GPT to generate an art piece based on the users changing levels in their alpha ratio, indicating stress level changes. The art will be more chaotic and dark if the user is stressed, and brighter with more whitespace if the user is in a relaxed, happy state.
[NeurIPS2024] Neural Information Processing Systems(2024) - Workshop on Causality and Large Models (CaLM)
Online portfolio
Person identification and verification using EEG
Add a description, image, and links to the brain-computer-interfaces topic page so that developers can more easily learn about it.
To associate your repository with the brain-computer-interfaces topic, visit your repo's landing page and select "manage topics."