An Affordable Feedback-Driven Rehabilitation System for Home Physiotherapy Applications

Abstract

Rehabilitation after injury or neurological disorders plays a vital role in restoring functional independence and improving quality of life. Conventional physiotherapy methods generally require continuous supervision within clinical settings, which can restrict accessibility due to factors such as cost, travel distance, and limited availability of resources. To address these challenges, this paper presents a cost-effective and user-friendly Feedback-Assisted Training System (FTS) intended for home-based physiotherapy. The proposed system delivers real-time feedback on patient movements, enabling precise execution of prescribed exercises. It incorporates affordable resistive training components, force-sensing techniques, and wireless communication modules to monitor and evaluate performance. The system is especially useful for individuals with musculoskeletal and neurological conditions, including stroke, fractures, and joint-related impairments. Furthermore, the system supports remote monitoring, allowing healthcare professionals to track patient progress and modify treatment plans as required. By improving patient participation and ensuring correct exercise performance, the proposed approach enhances the overall effectiveness of the rehabilitation process.