Cognitive immersion: AI-driven frameworks for enhanced virtual reality experiences

Tadikonda, Satya Krishna Kapil (2025) Cognitive immersion: AI-driven frameworks for enhanced virtual reality experiences. World Journal of Advanced Research and Reviews, 26 (1). pp. 479-487. ISSN 2581-9615

This article examines the transformative integration of artificial intelligence within virtual reality systems, focusing on how machine learning techniques enhance immersion, personalization, and natural interaction in virtual environments. The article analyzes current approaches to intelligent scene generation, real-time environmental adaptation, and context-aware user interfaces that respond dynamically to user behavior and preferences. By exploring applications across educational, medical, industrial, and social domains, the article identifies emerging patterns in how AI algorithms optimize computational resources while minimizing latency in immersive experiences. The investigation further addresses critical challenges in implementing AI-VR integration, including ethical considerations surrounding user data collection, algorithmic bias in personalized content, and the psychological impacts of increasingly realistic virtual interactions. The article suggests that the convergence of these technologies represents a significant paradigm shift in how humans experience and interact with digital environments, with implications extending beyond entertainment into areas of skill acquisition, remote collaboration, and therapeutic interventions.