Comparative study of input devices for a VR mine simulation

David J. Zielinski, B. Macdonald, Regis Kopper
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引用次数: 12

Abstract

It has been shown that virtual reality (VR) can be used to train mine workers for safety in critical situations [4]. The National Institute for Occupational Safety and Health (NIOSH) has a virtual reality (VR) laboratory on its Pittsburgh campus. Currently, input devices for the system are an Xbox 360 game pad and an air mouse. Due to the high cost and added complexity of most 3D tracking systems, we wanted to first test to see if the mine safety application could benefit from an upgrade to a 6-DOF tracking system. Thus, we conducted a pilot study at Duke University's six-sided CAVE-type system, and collected performance and questionnaire data for three tasks (selection, navigation, and maneuvering) and three devices (gamepad, air mouse, 6-DOF wand). Results indicate that the wand allows users to complete tasks faster and is preferred by users. However, in certain situations its use led to more errors.
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虚拟现实矿山仿真输入设备的比较研究
已有研究表明,虚拟现实(VR)可以用于培训矿工在危急情况下的安全[4]。美国国家职业安全与健康研究所(NIOSH)在其匹兹堡校区设有一个虚拟现实(VR)实验室。目前,该系统的输入设备是一个Xbox 360游戏手柄和一个空中鼠标。由于大多数3D跟踪系统的高成本和增加的复杂性,我们想先测试一下,看看矿井安全应用是否可以从升级到6自由度跟踪系统中受益。因此,我们在杜克大学的六面洞穴式系统中进行了试点研究,收集了三种任务(选择、导航和操纵)和三种设备(游戏手柄、空中鼠标、六自由度摇杆)的性能和问卷数据。结果表明,魔棒可以让用户更快地完成任务,是用户的首选。然而,在某些情况下,它的使用会导致更多的错误。
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