Strategies and Applications for Constructing Immersive Exhibition Spaces in the Context of Digital Cultural Tourism

Abstract

The rapid development of digital cultural tourism has created increasing demands for immersive exhibition environments that seamlessly integrate cultural expression, intelligent interaction, and real-time information delivery. This study proposes a three-dimensional construction framework for immersive exhibition spaces based on cultural digital reconstruction, immersive experience design, and intelligent interaction optimization. By combining digital twin technology, high-precision 3D reconstruction, and multisensory VR/AR/MR integration, the framework enables accurate preservation and dynamic presentation of cultural heritage while improving user participation through behavior-aware interactive mechanisms. A multidimensional evaluation system covering cultural expression, immersive perception, interaction quality, and technological integration is established to quantitatively assess implementation effectiveness. Experimental results demonstrate notable improvements in cultural perception accuracy, immersive satisfaction, interaction participation, and user engagement compared with conventional exhibition approaches. The proposed strategy also provides a practical reference for next-generation digital exhibition infrastructures supported by wireless communication, electromagnetic signal transmission, and distributed sensing technologies, where low-latency data exchange and reliable spatial information propagation are essential for synchronized immersive experiences.