Multisensory Teleportation in Virtual Reality Applications

F. Soave, I. Farkhatdinov, N. Bryan-Kinns
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引用次数: 2

Abstract

This position paper aims to briefly summarise existing research in vection, teleportation and multisensory stimuli, present our cross-disciplinary research setup and argue towards the importance of discussing haptic feedback design in Virtual Reality (VR) locomotion techniques. In particular, haptic feedback stimulation has been shown to enhance the perception of-self motion when applied to various parts of the body. The recent developments of haptic devices opens the possibilities to explore "whole-body" haptics in virtual environments for locomotion techniques. We argue that crossmodal stimulation frameworks that have been already applied to study self-motion in VR could potentially provide benefits to locomotion studies.
虚拟现实中的多感官隐形传态应用
本文旨在简要总结目前在矢量、隐形传态和多感官刺激方面的研究,介绍我们的跨学科研究设置,并论证讨论触觉反馈设计在虚拟现实(VR)运动技术中的重要性。特别是,触觉反馈刺激已被证明可以增强自我运动的感知,当应用于身体的各个部位时。触觉设备的最新发展为探索虚拟环境中运动技术的“全身”触觉提供了可能性。我们认为,已经应用于研究VR中的自我运动的跨模刺激框架可能为运动研究提供潜在的好处。
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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