Thesis Abstract

Abstract
Stroke is a leading cause of long-term disability worldwide, often resulting in impairments that require extensive rehabilitation to restore function and quality of life for affected individuals. Traditional rehabilitation methods, while effective, often lack the engagement and motivation necessary for optimal recovery. In recent years, virtual reality (VR) technology has emerged as a promising tool in rehabilitation, offering immersive and interactive environments for therapeutic interventions. This thesis presents the development of a Virtual Reality-Based Rehabilitation System (VRRS) specifically designed for stroke patients, aimed at enhancing the effectiveness and engagement of rehabilitation programs. The research begins with a comprehensive review of the existing literature on stroke rehabilitation, virtual reality technology, and the integration of the two fields. This review highlights the potential benefits of VR-based interventions in improving motor function, cognitive abilities, and overall quality of life for stroke survivors. Building on this foundation, the thesis outlines the methodology employed in the development of the VRRS, including the selection of VR hardware and software components, the design of interactive rehabilitation activities, and the integration of real-time feedback mechanisms to monitor progress. The VRRS is designed to provide personalized and adaptive rehabilitation programs tailored to the individual needs and capabilities of stroke patients. By combining immersive virtual environments with gamified exercises and biofeedback mechanisms, the system aims to enhance motivation, engagement, and adherence to therapy protocols. Preliminary testing of the VRRS with a group of stroke patients demonstrates its feasibility and potential benefits in improving motor function and quality of life outcomes. The discussion of findings highlights the key features and functionalities of the VRRS, as well as the feedback and experiences of stroke patients who participated in the pilot testing phase. The results indicate positive outcomes in terms of improved motor skills, increased motivation, and overall satisfaction with the VR-based rehabilitation program. These findings underscore the potential of VRRS as a valuable addition to traditional rehabilitation approaches for stroke patients. In conclusion, the development of a Virtual Reality-Based Rehabilitation System for Stroke Patients represents an innovative and promising approach to enhancing the effectiveness and engagement of stroke rehabilitation programs. By leveraging the immersive and interactive nature of VR technology, the VRRS offers a novel platform for delivering personalized and adaptive interventions that can positively impact the recovery process for stroke survivors. Further research and clinical trials are warranted to validate the efficacy and long-term benefits of the VRRS in improving functional outcomes and quality of life for stroke patients.

Thesis Overview