BioAmp EXG Pill is a small and elegant Analog Front End (AFE) board for BioPotential signal acquisition.
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Updated
Jan 12, 2024 - HTML
BioAmp EXG Pill is a small and elegant Analog Front End (AFE) board for BioPotential signal acquisition.
An open-source software library for numerical computation, data acquisition, and control of lower-limb robotic prostheses.
A Python Library for Implementing Human-Computer Interface Experiments
ampscan is an open-source Python package for analysis and visualisation of digitised surface scan data, specifically for applications within Prosthetics and Orthotics (P&O), with an aim to improve evidence-based clinical practice towards improved patient outcomes.
Welcome to 3D-printed Myo electric prosthetic hand Project. In this project we will build a bionic arm which can be controlled using myo electric sensors.
A ROS package that provides the necessary interfaces to simulate the Open-source leg (OSL) proposed by the Neurobionics Lab at UMich
This sketch was made to be used in conjunction with the Mirru Android App
A web interface for AmpScan with tools for analysis and visualisation of digitised surface scan data for applications within Prosthetics and Orthotics (P&O)
Apply Reinforcement Learning (RL) to enable prosthetics to calibrate with differences between humans and differences between walking environments
This sketch was made to be used in conjunction with the Mirru Arduino Sketch
An affordable lower-limb prosthesis.
Hand pose estimation from sEMG using automated depth labelling and predicting with deep LSTMs
A WPF application for scanning the residual limb of an amputee.
Our attempt at a prosthetic hand using ESP32 microcontroller with AD8232 ECG sensor
Mechatronic prostetic arm.
Upper Extremity Simulator for Unity (Project: STATIC Prosthetics)
Shazam is an application used for audio segments recognition, based on digital fingerprint which are extracted from a time-frequency graph (spectrogram). In this approach, we extend its uses to sEMG signal classification .
Libre Software development of the OpenLeg active prosthesis. Derived from Project SmartLeg, developed at IFSul Charqueadas, Brazil. GNU General Public License.
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