Development of a Kinect-based arm rehabilitation for stroke patients

Chia, Minren (2024) Development of a Kinect-based arm rehabilitation for stroke patients. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

Conventional rehabilitation therapy often involves repetitive and monotonous exercises, which can lead to reduced patient motivation and compliance. Although these exercises are essential for recovery, their lack of engagement limits their effectiveness. To address this issue, a Kinect-based rehabilitation game was developed to improve arm movement in post-stroke patients. The game incorporates interactive elements to enhance patient motivation and adherence. It requires players to move their arms to touch virtual balls, with each successful touch earning a score. As the game progresses, the speed at which the virtual balls appear increases, gradually intensifying the exercise. The difficulty level dynamically adjusts based on the patient’s recovery progress, ensuring a personalized rehabilitation experience. The system utilizes the Xbox Kinect is a virtual reality gaming system which consists of a motion-sensing device, which tracks patient movements and displays a corresponding stick-figure representation on a computer screen. Additionally, voice control functionality minimizes the need for physical interaction with buttons, allowing patients to start, pause, or stop the game with verbal commands. This project establishes a foundation for game-based rehabilitation therapy and offers a promising approach to improving patient engagement in post-stroke recovery. Future work will involve clinical testing with post-stroke patients in rehabilitation facilities to evaluate the system's effectiveness in real-world applications.

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