RealityLens: A User Interface for Blending Customized Physical World View into Virtual Reality

Chiu-Hsuan Wang, Bing-Yu Chen, Liwei Chan
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引用次数: 7

Abstract

Research has enabled virtual reality (VR) users to interact with the physical world by blending the physical world view into the virtual environment. However, current solutions are designed for specific use cases and hence are not capable of covering users’ varying needs for accessing information about the physical world. This work presents RealityLens, a user interface that allows users to peep into the physical world in VR with the reality lenses they deployed for their needs. For this purpose, we first conducted a preliminary study with experienced VR users to identify users’ needs for interacting with the physical world, which led to a set of features for customizing the scale, placement, and activation method of a reality lens. We evaluated the design in a user study (n=12) and collected the feedback of participants engaged in two VR applications while encountering a range of interventions from the physical world. The results show that users’ VR presence tends to be better preserved when interacting with the physical world with the support of the RealityLens interface.
RealityLens:一个用户界面,用于混合自定义物理世界观到虚拟现实
研究已经使虚拟现实(VR)用户能够通过将物理世界观融入虚拟环境来与物理世界进行交互。然而,当前的解决方案是为特定的用例设计的,因此不能满足用户访问物理世界信息的不同需求。这项工作展示了RealityLens,这是一个用户界面,允许用户通过他们为自己的需求部署的现实镜头窥视VR中的物理世界。为此,我们首先与有经验的VR用户进行了初步研究,以确定用户与物理世界交互的需求,从而产生了一组用于定制现实镜头的规模、位置和激活方法的功能。我们在一项用户研究(n=12)中评估了该设计,并收集了参与两种VR应用程序的参与者在遇到来自物理世界的一系列干预时的反馈。结果表明,在RealityLens界面的支持下,用户在与物理世界进行交互时,虚拟现实的存在感往往会得到更好的保存。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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