AI-based Parkinson's Tremor Therapeutic Wearable Device

Parkinson’s Tremors Therapeutic Device is designed to help manage involuntary hand tremors caused by Parkinson’s disease. Using neuromodulation, motion sensors, and AI-driven adaptive control, this device stabilizes hand movements and improves motor function.

Key features include:

• Real-time tremor detection through high-precision sensors.

• Adaptive neuromodulation using electrical or mechanical stimulation to counteract tremors.

• AI-powered customization for personalized therapy based on individual tremor patterns.

• Wearable and non-invasive design for daily use and improved mobility.

Unlike general vibration therapy, which applies fixed frequencies, understanding and targeting each patient’s specific tremor frequency can lead to more precise and personalized vibration therapy using MEMS actuators. Future research should explore real-time tremor frequency tracking combined with adaptive vibration therapy to maximize therapeutic outcomes.