Adaptive Virtual Reality Exposure Therapyand And Motor Rehabilitation From Hebbian Learning Rule In Metaverse: ?ijw For Psychoanalysis

The emerging field of virtual reality (VR) therapies in diverse therapeutic settings is examined in this chapter’s investigation. We provide the most recent literature highlighting an important developments and obstacles in VR therapy research. There are two innovative approaches introduced: a VR-based motor rehabilitation program for stroke patients and an adaptive VR experience rehabilitation scheme for concern disorders. The machine learning algorithms and highly developed haptic feedback are used in this method to improve the treatment results. The result of the proposed approach is compared with the conventional therapeutic approaches. Our proposed system shows a major improvement in both patient engagement and treatment efficiency. The proposed approaches leverage the immersive capabilities of the healthcare metaverse to deliver personalized VR-based motor rehabilitation for stroke patients and adaptive VR exposure therapy for anxiety disorders, utilizing machine learning algorithms and advanced haptic feedback to create a seamless, interactive therapeutic environment that significantly enhances patient engagement and treatment efficacy compared to conventional methods. Many more personalized and successful therapeutic interventions are made possible by the research, which contributes to the continuous development of VR treatments. © 2025 Elsevier Inc. All rights reserved.