Journal of the Korea Society for Simulation (한국시뮬레이션학회논문지)

The Korea Society for Simulation (한국시뮬레이션학회)
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Development of Regression Models for Predicting Simulator Sickness in Driving Simulation

자동차 모의운전환경에서 Simulator Sickness의 예측 회귀모형 개발

  • 김도회 (한양대학교 부설 산업과학연구소)
  • Published : 1999.09.01
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Abstract

This study proposed multiple linear regression models to predict those who can be easily infected simulator sickness(SS) in simulator or virtual reality environment. In this study, SSQ(Simulator Sickness Questionnaire) scores which are recently used for assessing SS, and RSSQ(Revised Simulator Sickness Questionnaire) scores are selected as dependent variables. Also ten dependent variables are used. The results are these models coefficient of determination(max $R^2=0.52$) is improved 18% more than Kolasinski's model($R^2=0.35$), and it became easy to predict with simple data. Accordingly, we can easily predict who will be apt to get into simulator sickness.

Keywords

References

  1. 박사학위논문, 한양대학교 자동차 모의운전환경에서 Simulator Sickness의 정량화 기법 개발 및 분석에 관한 연구 김도회
  2. 공업경영학회지 v.21 no.47 Driving Simulator 에서 Simulator Sickness의 정량적 측정에 관한 연구 김도회;박민용;이근희
  3. 운전기능(적성)검사기기 보완검증 이근희;박민용;오영진;김도회
  4. Aviation, Space, and Environ- mental Medicine v.60 no.11 The time course of postflight simulator sickness symptoms Baltzley, D.R.;Kennedy, R. S.;Berbaum, K. S.;Lilienthal, M. G.;Gower, D. W.
  5. IEOR Technical Report No. 8503 (NTSC TR 86-012) Vehicular simulation-induced sickness, Volume Ⅲ : Survey of etiological factors and research facility requirements Casali, J. G.;Wierwille, W. W.
  6. Aviation, Space, and Environmental Medicine v.58 no.4 Simulator sickness : A problem for Army aviation Crowley, J. S.
  7. Aviation, Space, and Environmental Medicine v.64 no.7 Changes in the dark focus of accommodation associated with simulator sickness Fowlkes, J. E.;Kennedy, R. S.;Hettinger, L. J.;Harm, D. L.
  8. Proceedings of the 31st Annual Meeting of the Human Factors Society Postural disequilibrium following training flights Fowlkes, J. E.;Kennedy, R. S.;Lilienthal, M. G.
  9. Human Factors v.30 no.2 Effects of visual display and motion system delays on operator performance and uneasiness in a driving simulator Frank, L. H.;Casali, J. G.;Wierwille, W. W.
  10. International Journal of Aviation Psychology v.2 no.1 Simulator sickness is polygenic and polysymptomatic : Implications for research Kennedy, R. S.;Fowlkes, J. E.
  11. Aviation, Space, and Environmental Medicine v.64 no.10 Postural and performance changes following exposures to flight simulators Kennedy, R. S.;Fowlkes, J. E.;Lilienthal, M. G.
  12. International Journal of Aviation Psychology v.3 no.3 A simulator sickness questionnaire (SSQ) : A new method for quantifying simulator sickness Kennedy, R. S.;Lane, N. E.;Berbaum, K. S.;Lilienthal, M. G.
  13. Aviation, Space, and Environmental Medicine v.60 no.1 Simulators Sickness in U.S. Navy flight simulators Kennedy, R. S.;Lilienthal, M. G.;Berbaum, K. S.;Baltzley, D. R.;McCauley, M. E.
  14. Unpublished doctoral dissertation, University of Central Florida Prediction of Simulator Sickness in a Virtual Environment Kolasinski, E. M.
  15. Motion sickness Reason, J. T.;Brand, J. J.
  16. Real Time Graphics v.2 no.4 Concerns raised about eye strain in VR systems Stone, B.