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A Study on the Measurement Method of Spatial Position Compensation for Virtual Reality and Real Space Synchronization
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A Study on the Measurement Method of Spatial Position Compensation for Virtual Reality and Real Space Synchronization

논문 기본 정보

자료유형
학술저널
저자정보
Kee-Jin Park (대구기계부품연구원) Byoung-Hwak Lee (육군사관학교) Nam-Hyuk Kim (옵티머스시스템) Sung-Ho Yoon (금오공과대학교)
저널정보
한국기계가공학회 한국기계가공학회지 한국기계가공학회지 제17권 제6호 KCI Accredited Journals
발행연도
2018.12
수록면
136 - 143 (8page)

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연구결과
A Study on the Measurement Method of Spatial Position Compensation for Virtual Reality and Real Space Synchronization
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초록· 키워드

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Recently, with the rapid development of virtual reality technology, there have been more and more applications of virtual reality technology in various fields. In order to realize a virtual reality, a method of implementing a visualization environment through an HMD (Head Mounted Display) is widely used. However, in the current visualization environment through the HMD, the user feels dizziness when worn, It has the disadvantage of imposing restrictions on. In this study, it is aimed to realize virtual reality visualization environment through multi-screen environment which improves the experience effect of virtual environment by using existing screen instead of visualization through HMD, and compensates for shortcomings of HMD method. In order to realize a multi-screen environment as a highly visualized environment, a technique for matching the spatial position of the multi-screen with the spatial position of the virtual environment is required. To do this, we need an efficient method to precisely measure the position of the space, and we propose a spatial position compensation methodology that can efficiently and precisely measure the position of the real space and reflect it in the virtual environment.

목차

ABSTRACT
1. Introduction
2. Concept of synchronization of virtual and real spaces
3. Design of the simulator main frame structure
4. Measurement method of spatial location of multi-screen
5. Measurement method of spatial location and verification of the device
6. Conclusions
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