/ParkinsonsProject

Detection of freezing of gate during walking, that triggers sensor output through Arduino interface

Primary LanguageMATLAB

ParkinsonsProject

A device that detects freezing of gate (shuffled walking) patterns using real-time accelerometer data and a novel algorithm. If the algorithm detects FOG, a motor is triggered to apply a vibrating stimulus to the muscles to alleviate pain.

Group Members:

  • Arrchana (Detection algorithm, signal analysis, MATLAB to Arduino conversion)
  • Zoe (Detection algorithm, MATLAB to Arduino conversion)
  • Laura (Circuit design & Arduino hardware interface)
  • Daphne (Software Architecture, LaTex master)
  • Charly (Prototype design, hardware design analysis)

What's in the repo:

  • "Documentation" = a folder containing a presentation, design analysis, and required files to update LaTex documentation
  • "Process work" = a bunch of subfolders containing all files involved in the development of the final design contained in "arduinoSignalDetection"
  • "arduinoSignalDetection" = code required to run the project independently on the Arduino