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http://dx.doi.org/10.14400/JDC.2020.18.6.451

A study on the effect of virtual reality operations on cyber motion sickness  

Ko, Yun-Seo (Department of Industrial Design, Hanyang University)
Han, Jung-Wan (Department of Industrial Design, Hanyang University)
Publication Information
Journal of Digital Convergence / v.18, no.6, 2020 , pp. 451-457 More about this Journal
Abstract
In this study, the degree of motion sickness displayed according to actions in virtual reality is measured based on the SSQ tool, a measuring tool, and factors and symptoms affecting cyber motion sickness are investigated through comparative analysis. In the first experiment, the operation method experiment, the simple operation method is measured to be highly affected by the Nausea factor. As symptoms of this, nausea, burp and headache symptoms were developed. In the second experiment, the larger the body rotation radius, the higher the motion sickness was measured, and the greater the influence of Nausea factors. Symptoms of this were the symptoms of burping, headaches, and a full head. In the third experiment, the physical mobility experiment, motion sickness was measured highly in the non-action controller. It was measured to be greatly affected by the Nausea factor. Symptoms of this include fever, headache, and a full head. Through this study, we found that the more fixed and simple the body is operated in virtual reality, the more sensitive the user is to motion sickness, and the larger the radius of rotation, the more sensitive it is to motion sickness. This study is meaningful in identifying factors and symptoms that affect motion sickness and VR manipulation, and is expected to be used by developers in the future to recognize the degree and symptoms of motion sickness of users and to develop content.
Keywords
Virtual Reality; Cybersickness; SSQ; Operation method; Motion sickness measurement;
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