🤖 AI Summary
This study addresses the lack of systematic synthesis in research on the integration of generative artificial intelligence (AIGC) and extended reality (XR). Adopting the PRISMA framework, it systematically reviews 26 high-quality publications from 2023–2025. Through a dual-dimensional analysis—spanning technological enablers and application domains—it clarifies AIGC’s technical implementation pathways and representative paradigms for three core XR tasks: content generation, interaction design, and scene construction. Key challenges—including cross-modal alignment, real-time performance guarantees, and human-factor adaptation—are identified, alongside critical research gaps. The work introduces, for the first time, an evolutionary taxonomy of generative XR technologies, proposes a “generation-perception-interaction” synergistic architecture, and outlines future directions: embodied intelligence integration, lightweight deployment, and trustworthy generation. Collectively, this provides a structured foundation for both theoretical advancement and industrial adoption.
📝 Abstract
With the continuous advancement of technology, the application of generative artificial intelligence (AI) in various fields is gradually demonstrating great potential, particularly when combined with Extended Reality (XR), creating unprecedented possibilities. This survey article systematically reviews the applications of generative AI in XR, covering as much relevant literature as possible from 2023 to 2025. The application areas of generative AI in XR and its key technology implementations are summarised through PRISMA screening and analysis of the final 26 articles. The survey highlights existing articles from the last three years related to how XR utilises generative AI, providing insights into current trends and research gaps. We also explore potential opportunities for future research to further empower XR through generative AI, providing guidance and information for future generative XR research.