Electromyography-Based Control of a Finger-Hand Exoskeleton

Project Overview

  • Objective: Evaluation of a HD-sEMG-based online finger intention detection for controlling a hand exoskeleton.
  • Signal Processing: Preprocess HD-sEMG signals, extract relevant features, and analyze the system’s response.
  • Data Analysis: Assess finger intention detection accuracy using recorded EMG data.
  • C# Implementation: Minor adjustments may be needed within the existing framework.
  • Evaluation:
    • Intention Detection Performance – Accuracy and reliability of HD-sEMG-based classification.
    • Exoskeleton Response – System latency, movement precision, and usability.
    • Overall System Feasibility – Performance analysis for real-time applications.