Limitations of Depth Perception Characteristics in HMD-Based Environments

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Key Points

This research aims to clarify limitations in depth perception characteristics within HMD-based virtual environments compared to real-world scenarios.
Conducted comparative experiments using health university students (N=12) with tasks in both real and virtual spaces.
Utilized binocular disparity and recognition time as evaluation metrics for tasks with identical conditions in both environments.
In real space, binocular disparity changes with increasing viewing distance.
In virtual space, binocular disparity showed no clear change with variations in viewing distance.
Recognition time for tasks increased with viewing distance in virtual environments.

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Reveals depth perception limitations in HMD environments, indicating implications for VR applications.

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TSUJIMOTO et al. (2026) studied this question.

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