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A Study on Context-Adaptive Information Exposure UX Design for XR Glasses Considering Cognitive and Safety Factors in Dynamic Activity Environments

  • Industry Promotion Research
  • Abbr : IPR
  • 2026, 11(4), pp.323~333
  • DOI : 10.21186/IPR.2026.11.4.323
  • Publisher : Industrial Promotion Institute
  • Research Area : Interdisciplinary Studies > Interdisciplinary Research
  • Received : September 30, 2026
  • Accepted : October 20, 2026
  • Published : October 31, 2026

Byung Wan Kim 1

1서원대학교

Accredited

ABSTRACT

This study examines the relationship between XR glasses information exposure and cognitive and safety-related performance in dynamic activity environments and develops a context-adaptive information exposure UX framework. Fixed and Adaptive conditions were compared across different levels of activity demand and environmental complexity in terms of mental workload, situation awareness, hazard detection, response time, and interaction error. The Adaptive condition showed improvements across all five measures, with relatively greater mean differences under high activity demand and environmental complexity. Based on the findings and relevant theories, six UX design criteria were structured to address adaptive state selection, information density, exposure timing, interaction effort, reality visibility, and safety prioritization. These criteria were integrated with a context-specific application model and four implementation and operation support conditions to regulate information exposure according to changing contexts. The resulting framework extends XR glasses UX design beyond fixed interface configurations toward context-dependent selection and transition of information exposure states, providing a foundation for cognitive- and safety-oriented XR service design.

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