Development of an AI-Powered Interactive Hand Rehabilitation System

In recent years, serious game-based systems have emerged as valuable tools for improving hand rehabilitation. These systems utilize interactive virtual environments to enhance body mobility. This paper aims to develop a customized hand rehabilitation system tailored to individual rehabilitation needs. This system integrates an interactive interface with vision-based hand-tracking technology. By utilizing this approach, the proposed rehabilitation system enables users to participate in physical rehabilitation therapies actively. The interactive interface has been specifically designed to provide real-time feedback, including metrics such as finger bending, hand clapping, and thumb touch exercises. The evaluation results of the proposed system demonstrate its effectiveness in supporting hand rehabilitation and motivating individual users to engage in rehabilitation exercises.