Thesis Abstract

Abstract
This thesis presents a comprehensive study on the "Development of a Virtual Reality-Based Rehabilitation System for Stroke Patients." Stroke is a leading cause of long-term disability worldwide, often resulting in physical and cognitive impairments that require extensive rehabilitation. Traditional rehabilitation methods can be monotonous and lack engagement, leading to decreased motivation and potential dropouts from therapy. Virtual reality (VR) technology has emerged as a promising tool in medical rehabilitation, offering interactive and engaging environments for patients to practice motor and cognitive tasks. This research aims to design and evaluate a VR-based rehabilitation system specifically tailored for stroke patients to improve their functional outcomes and overall quality of life. The introduction section provides an overview of the background of the study, highlighting the prevalence of stroke and the challenges faced by patients during the rehabilitation process. The problem statement identifies the limitations of traditional rehabilitation approaches and the need for innovative solutions to enhance patient engagement and recovery outcomes. The objectives of the study focus on developing a VR-based rehabilitation system that is accessible, user-friendly, and effective in improving motor and cognitive functions in stroke patients. The literature review delves into existing research on VR technology in medical rehabilitation, exploring its benefits and applications in stroke rehabilitation. Key themes include the principles of neuroplasticity, the role of feedback in motor learning, and the potential of VR simulations to simulate real-world activities and promote functional recovery. The review also examines different VR technologies and software platforms used in stroke rehabilitation, highlighting their strengths and limitations. The research methodology section details the design and development process of the VR-based rehabilitation system, outlining the software and hardware components, user interface design, and interactive exercises included in the system. The evaluation plan discusses the protocol for testing the system with stroke patients, measuring outcomes related to motor function, cognitive abilities, and user experience. The discussion of findings section presents the results of the user testing phase, analyzing the effectiveness of the VR-based rehabilitation system in improving motor and cognitive outcomes in stroke patients. Key findings include improvements in motor coordination, balance, and cognitive function, as well as positive feedback from patients regarding the usability and engagement of the system. In conclusion, this thesis highlights the potential of VR technology as a valuable tool in stroke rehabilitation, offering interactive and personalized interventions to support patient recovery. The study underscores the importance of patient-centered design in developing rehabilitation systems that address the unique needs and challenges of stroke survivors. Overall, the research contributes to the growing body of knowledge on VR-based interventions in medical rehabilitation and provides insights for future research and clinical applications in stroke rehabilitation.

Thesis Overview