Bumpy Sliding: An MR System for Experiencing Sliding Down a Bumpy Cliff
Bumpy Sliding: An MR System for Experiencing Sliding Down a Bumpy Cliff
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颠簸滑动：体验从颠簸悬崖滑下的 MR 系统
DOI：
10.1109/vrw58643.2023.00359
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发表时间：
2023
期刊：
影响因子：
--
通讯作者：
A. Matsuura
中科院分区：
文献类型：
--
作者：
H. Tsunekawa;A. Matsuura
在这项研究中，我们提出了一个交互式MR系统，玩家可以体验一个卡通的物理场景，刺伤刀在墙上，主要是刺激手和手臂，而滑下颠簸的悬崖。我们开发了两种设备：一种是模仿悬崖面向上移动的壁装置，另一种是具有可伸缩刀片的刀形装置，使用该刀形装置可以实现推动它并穿透壁面的物理情况。滑动的速度使用在刀片末端获得的压力数据来控制，并且用刀撞击岩石的冲击使用附接在刀的手柄中的推动螺线管的线性运动来表示。
In this study, we present an interactive MR system with which a player can experience a cartoon physical scene of stabbing a knife on the wall, mainly with stimuli to hands and arms, while sliding down a bumpy cliff. We developed two devices: one is a wall device that mimics the cliff surface and moves upwards; and the other is a knife-shaped device with a retractable blade with which one can realize the physical situation of pushing it and penetrating the wall surface. The speed of the sliding is controlled using the pressure data obtained at the end of the knife blade and the impact of hitting a rock with a knife is expressed using linear movement of a push solenoid attached in the handle of the knife.