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Mixed Reality (MR) offers new ways to interact with physical environments, but user preferences for gesture interactions on textured surfaces (e.g., carpet, wood) vary. To address this, MR systems should provide alternative interactions–allowing users to choose gestures, such as tapping instead of dragging. We explored the impact of user-controlled alternative interactions on MR textured surface experiences with a 40-participant study. Results show alternative interactions enhance user experience by accommodating individual needs and preferences. However, effective MR design requires consideration of the interplay between user, task, and surface. We provide design insights for future MR systems.

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Exploring Mixed Reality Design Considerations for Adaptable User Interfaces to Improve Interaction on Physical Textured Surfaces

  • 会议论文

  • 发表日期：

    2025年

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  • Shwetha Subramanian,
  • Renee Bogdany,
  • Michael Crabb,
  • Roshan L. Peiris,
  • Garreth W. Tigwell

摘要

Mixed Reality (MR) offers new ways to interact with physical environments, but user preferences for gesture interactions on textured surfaces (e.g., carpet, wood) vary. To address this, MR systems should provide alternative interactions–allowing users to choose gestures, such as tapping instead of dragging. We explored the impact of user-controlled alternative interactions on MR textured surface experiences with a 40-participant study. Results show alternative interactions enhance user experience by accommodating individual needs and preferences. However, effective MR design requires consideration of the interplay between user, task, and surface. We provide design insights for future MR systems.