半自然运动装置视觉适应辅助装置的设计与评价

Mahdi Nabiyouni, S. Scerbo, Vincent DeVito, Stefan Smolen, Patrick Starrin, D. Bowman
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引用次数: 7

摘要

大多数虚拟现实(VR)系统的局限性之一是用户无法在大型虚拟环境中行走。针对这个问题已经提出了许多解决方案,包括像虚拟球这样的运动设备。这种设备允许用户使用适度自然的行走动作,而不需要在空间中进行物理移动,但由于缺乏交互保真度,最初可能很难使用。我们设计并评估了一种视觉辅助工具,在适应阶段向用户显示球体的虚拟表示,理由是这将帮助用户理解他们感受到的力量,计划他们的运动,并更好地控制他们的运动。在一项用户研究中,我们评估了参与者在适应阶段和适应阶段之后的步行表现。一半的参与者在适应过程中使用了视觉辅助工具,而另一半没有使用视觉辅助工具。在适应环境后,所有参与者在没有任何视觉辅助的情况下完成了更复杂的步行评估任务。结果表明,在适应过程中使用视觉辅助工具可以有效地提高任务绩效,降低评估任务的感知难度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and evaluation of a visual acclimation aid for a semi-natural locomotion device
One of the limitations of most virtual reality (VR) systems is that users cannot physically walk through large virtual environments. Many solutions have been proposed to this problem, including locomotion devices such as the Virtusphere. Such devices allow the user to employ moderately natural walking motions without physically moving through space, but may actually be difficult to use at first due to a lack of interaction fidelity. We designed and evaluated a visual aid that shows a virtual representation of the sphere to the user during an acclimation phase, reasoning that this would help users understand the forces they were feeling, plan their movements, and better control their movements. In a user study, we evaluated participants' walking performance both during and after an acclimation phase. Half of the participants used the visual aid during acclimation, while the other half had no visual aid. After acclimation, all participants performed more complex walking assessment tasks without any visual aid. The results demonstrate that use of the visual aid during acclimation was effective for improving task performance and decreasing perceived difficulty in the assessment tasks.
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