Elastic-Move: Passive Force Feedback Devices for Virtual Reality Locomotion

PubDate: May 2020

Teams: National Tawian University；Tainan National University of the Arts

Writers: Da-Chung Yi; Kuan-Ning Chang; Yun-Hsuan Tai; I-Cheng Chen; Yi-Ping Hung

PDF: Elastic-Move: Passive Force Feedback Devices for Virtual Reality Locomotion

Abstract

With advances in virtual reality, users can experience in the immersive virtual environment by a head-mounted display. One of the most widely used interaction techniques in VR application is locomotion. Most VR applications currently use teleportation as a locomotion method. Because teleportation does not involve any visible translational motion, it can avoid VR sickness. However, teleportation would reduce user’s immersion and make them lose the sense of direction due to the lack of moving process. In this paper, we propose two haptic devices with force feedback: ”Elastic-Rope” and ”Elastic-Box” to reduce VR sickness and allow users to maintain immersion and sense of direction. Elastic-Rope is consisting of elastic ropes and controllers, and Elastic-Box is consisting of eight springs and a steel frame. We conducted an experiment that compared the degree of VR sickness by simulator sickness questionnaire(SSQ) survey while moving in the virtual environment among Dash, Teleport, Elastic-Rope, and Elastic-Box. As a result, Elastic-Rope and Elastic-Box reduce the VR sickness of users. Besides, Elastic-Box can be transposed in numerous applications because it is a low-cost and versatile device. This work suggests that passive force feedback can effectively reduce VR sickness.