Gen Li

The emergence of the Metaverse signifies a fundamental shift in human-computer interaction, necessitating a move beyond traditional two-dimensional interface paradigms towards immersive, spatial, and often boundary-less interactive experiences. This paper proposes a novel theoretical framework for immersive interaction design within Metaverse environments. By analyzing the core characteristics of the Metaverse—persistence, synchronicity, interoperability, scalability, and user embodiment—we deconstruct the limitations of classical GUI/WIMP models. The paper introduces a three-tiered theoretical foundation comprising the Technical-Infrastructural layer (encompassing VR/AR, spatial computing, blockchain, and cloud-edge systems), the Perceptual-Cognitive layer (focusing on presence, agency, and multi-sensory integration), and the Social-Experiential layer (addressing digital identity, shared context, and co-creation). Building upon this foundation, we construct a new design paradigm termed "Boundless Interaction." This paradigm is characterized by four key principles: Spatiality & Embodiment, Dynamics & Agency, Contextual Awareness & Adaptation, and Seamlessness & Interoperability. We further propose a multi-dimensional evaluation matrix to assess immersive experiences, incorporating metrics for immersion depth, interaction fidelity, cognitive load, and social-emotional connection. Finally, through comparative analysis of nascent Metaverse platforms and speculative design futures, this paper outlines practical pathways and challenges for implementing this paradigm, aiming to provide a structured design methodology for creating coherent, engaging, and human-centric experiences in the expansive digital-physical continuum of the Metaverse.

Metaverse; Immersive Interaction Design; Human-Computer Interaction (HCI); Spatial Computing; Embodied Interaction; Design Theory; Design Paradigm

[1] Stephenson,N.(1992).Snow Crash.Bantam Books. [2] Gibson,J.J.(1979).The Ecological Approach to Visual Perception.Houghton Mifflin. [3] Slater,M.,&Sanchez-Vives,M.V.(2016).Enhancing Our Lives with Immersive Virtual Reality.Frontiers in Robotics and AI,3,74. [4] Dourish,P.(2001).Where the Action Is:The Foundations of Embodied Interaction.MIT Press. [5] Milgram,P.,&Kishino,F.(1994).A Taxonomy of Mixed Reality Visual Displays.IEICE Transactions on Information and Systems,E77-D(12),1321-1329. [6] Benford,S.,&Giannachi,G.(2011).Performing Mixed Reality.MIT Press. [7] Schroeder,R.(Ed.).(2002).The Social Life of Avatars:Presence and Interaction in Shared Virtual Environments.Springer. [8] Murray,J.H.(2017).Hamlet on the Holodeck:The Future of Narrative in Cyberspace.The MIT Press.

点击下载PDF