Paper Title
Integrating Immersive VR, AR Technologies, and Advanced AI for Pre-Accident Prediction in Dynamic Environments: Methods, Challenges, and Future Directions

Abstract
Pre-accident prediction in dynamic environments could potentially benefit from the integration of VR, AR, and AI in the sector of automotive safety. For this integration, this paper examines approaches, obstacles, and potential paths forward. With realistic driving simulations offered by immersive VR and AR, accident risks are better understood. Intelligent artificial intelligence analyses various datasets to detect trends in accidents. Real-time responsiveness, hardware constraints, and dynamic environments are among the difficulties. The requirement for system optimization is emphasized by the study. Proactive accident prevention in automotive safety will be achieved through the refinement of predictive models, enhancement of user interfaces, and seamless-integration. Keywords - Immersive Virtual Reality, Augmented Reality, Artificial Intelligence, Pre-Accident Prediction, Automotive Safety, Dynamic Environments, Technology Integration.