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Research on the Influence of Multiple Interaction Mechanisms on the Enhancement of VR Game Users' High Immersion Experience and the Effect of Virtual-Real Integration

Author(s)

Zhe Huang

Affiliation(s)

Zhejiang Jiaxing Middle School, Jiaxing, Zhejiang, China

Abstract

This study focuses on the application of multiple interaction mechanisms in VR games, and deeply discusses its role in enhancing users' high immersion experience and its impact on the virtual-real fusion effect. Based on the analysis of the current status of VR game interaction technology, combined with the user experience theory and relevant research on immersion, this paper analyzes in detail how multiple interaction mechanisms including motion capture, haptic feedback, voice interaction and other interaction modes work together to affect users' immersion in VR games from multiple dimensions such as sensory stimulation, cognitive participation and emotional resonance. At the same time, the contribution of these interaction mechanisms to enhancing the virtual-real fusion effect is studied, including improving the matching degree of virtual environment and real action, and enhancing the real texture perception of virtual objects. The theoretical correlation model of multiple interaction mechanisms, immersion and virtual-real fusion effect is constructed to explain its internal logic and action path. Empirical research method was adopted to collect user data and conduct quantitative analysis to verify the significant correlation between multiple interaction mechanisms and users' high immersion experience and good virtual-real integration effect. Based on the research results, optimization strategies for VR game design and development were proposed, with a view to providing theoretical basis and practical guidance for promoting the development of VR game industry.

Keywords

VR Games; Multiple Interaction Mechanism; Immersion; Virtual-Real Fusion.

References

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