Codes for data analysis and figures plotted in: Kamali S, Baroni F, Varona P. Mu and beta power effects of fast response trait double dissociate during precue and movement execution in the sensorimotor cortex. bioRxiv. 2024:2024-11.

A freeware application to store, process, and present Gait Analysis data.

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.

Simple Python interface to the Delsys wireless EMG system ros2 publisher of IMU + EMG data

Supplementary figures for article: Context-specific early recruitment of small motor units in the shoulder muscle reflect a reach movement plan

MicroPython interfacing muscle sensor through 16-bit ADC IC & OpAmp to give intricate control over individual Humanoid Robot Fingers.

This repository is based on my research work "Detecting Freezing of Gait in Parkinson's Disease Patients Using Multi-Modal Machine Learning"

MBFilter - фильтрация ЭМГ

Python API for the ALS Voice Human-Computer and Brain-Computer Interfaces.

This project uses time-domain EMG signal features to classify gender (male/female) via various machine learning models. It explores multiple resampling techniques (SMOTE, ADASYN, etc.) to handle class imbalance and compares model performance using cross-validation and test accuracy. Visual plots a

matlab analysis script of the results from my paper on vombined TMS and EMG

Real-time EMG signal classification for the bionic prosthesis design

MATLAB scripts for preprocessing, normalizing, aligning, and analyzing EMG signals, including event detection, DTW alignment, cross-correlation, and PCA-based analysis.

EMG power and signal distribution board

DNN for the pattern recognition of EMG Data

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

MATLAB pipeline for detecting EMG onset/offset and vertical ground reaction force (Fz) contact during landing tasks. Includes feedforward (pre-activation) and feedback (post-activation) timing analysis.