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SHeF-WIP: Walking-in-Place based on Step Height and Frequency for Wider Range of Virtual Speed

机译:SHEF-WIP:基于步进高度和频率的步行,用于更广泛的虚拟速度

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Walking-in-place (WIP) approaches face difficulties in reaching high locomotion speeds because of the required high step frequency, rapidly creating an awkward or risky experience for the user. In this paper, we introduce a novel WIP approach called Step-Height-and-Frequency (SHeF) WIP, which considers a second parameter, i.e., the step height, in addition to the step frequency, to better control the speed of advancement. We compared SHeF-WIP with a conventional WIP system in a user study conducted with 12 participants. Our results suggest that SHeF-WIP enabled them to reach higher virtual speeds (+80%) with more efficacy and ease.
机译:行走(WIP)接近面对达到高机器速度的困难,因为所需的高步进频率,迅速为用户创造了一个尴尬或危险的体验。 在本文中,我们介绍了一种名为步进高度 - 频率(SHEF)WIP的新型WIP方法,其考虑了第二参数,即,除了阶梯频率之外,还可以更好地控制进步速度。 我们将Shef-Wip与传统的WIP系统进行比较,在使用12名参与者进行的用户学习中。 我们的结果表明,Shef-Wip使它们能够以更高的功效和轻松达到更高的虚拟速度(+ 80%)。

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