Python API for the ALS Voice Human-Computer and Brain-Computer Interfaces.
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Updated
May 14, 2022
Python API for the ALS Voice Human-Computer and Brain-Computer Interfaces.
This plot shows the RMS on EMG raw data. The window for RMS can be adapted by the user.
For a project in course HL2032 & HE1040 at KTH.
Medusa racing: don't get caught in the net 🐙
This repository is for me to test what I learn from the biomechanics course.
A bionic prosthesis controlled through DIY muscle sensors attached to an Arduino board
Supplementary figures for article: Context-specific early recruitment of small motor units in the shoulder muscle reflect a reach movement plan
Python aplikacija za prikupljanje i analizu EMG signala i detekciju zamora.
A senior project conducted by James Ramsay and Aditya Patel, advised by Dr. Yufeng Lu and Dr. In Soo Ahn. Sponsored by Bradley University
(Arduino code) - RehTracker is my Master's thesis project at SDU, Odense, DK.
capstone project - beyond bionics. Transradial Prosthesis - A bionic arm controlled via EEG and EMG sensors and signals.
DNN for the pattern recognition of EMG Data
Privacy analysis for ML and classical filtering personalization parameters
The aim of this project was to train a LDA and SVM classifier in MATLAB and compare their performance to determine which is more ideal to be used in online training
speech recognition - graduate school research project
Welcome to our repository dedicated to the code used in our study on classifying neuromuscular diseases through deep learning techniques applied to Electromyography (EMG) signals. Our research focuses on developing deep neural networks that can differentiate between healthy individuals and those with neuromuscular disorders.
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