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      6축 및 무한 요(yaw) 운동을 지원하는 공간정위상실 가상훈련 시뮬레이터를 위한 전향성 착각 체험 시나리오 = The Coriollis Illusion Scenario for Spatial Disorientation Simulator with the 6-DoF and Infinity Yaw Motion Platform

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      https://www.riss.kr/link?id=A108551677

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      다국어 초록 (Multilingual Abstract) kakao i 다국어 번역

      We propose the Coriolis illusion scenario for 6-DoF and infinity yaw motion platforms. The proposed scenario can be applied to a simulator that includes a motion platform supporting 6-axis and infinite yaw motion. During the training, a trainee ascends to 1500 feet after take-off, continues level flight to the direction 145, and then turns to the direction 050 while maintaining a bank of 15 degrees. During the right turn, the motion platform rotates to the right at a speed of 30 degrees per second, and this movement implies the Coriolis illusion to the trainee. When the trainee reaches the 360 direction, a trainer orders the trainee to look his feet quickly. As a result, the trainee experiences abnormal sensations due to the Coriolis illusion. The result section shows the proposed scenario generates the Coriolis illusion to trainees
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      We propose the Coriolis illusion scenario for 6-DoF and infinity yaw motion platforms. The proposed scenario can be applied to a simulator that includes a motion platform supporting 6-axis and infinite yaw motion. During the training, a trainee ascend...

      We propose the Coriolis illusion scenario for 6-DoF and infinity yaw motion platforms. The proposed scenario can be applied to a simulator that includes a motion platform supporting 6-axis and infinite yaw motion. During the training, a trainee ascends to 1500 feet after take-off, continues level flight to the direction 145, and then turns to the direction 050 while maintaining a bank of 15 degrees. During the right turn, the motion platform rotates to the right at a speed of 30 degrees per second, and this movement implies the Coriolis illusion to the trainee. When the trainee reaches the 360 direction, a trainer orders the trainee to look his feet quickly. As a result, the trainee experiences abnormal sensations due to the Coriolis illusion. The result section shows the proposed scenario generates the Coriolis illusion to trainees

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      참고문헌 (Reference)

      1 서상원 ; 우재훈 ; 홍천한, "턴테이블을 적용한 유인비행체 가상훈련 시뮬레이터용 스튜어트 플랫폼 개발" 한국항공운항학회 28 (28): 125-131, 2020

      2 이수민 ; 이미란 ; Wei, Qun ; 박희준, "멀티 모달 생체 신호 측정이 가능한 심음 분석 웨어러블 장치 개발에 관한 연" 한국멀티미디어학회 25 (25): 1251-1256, 2022

      3 S.J. Mathews, "USAF Spatial Disorientation Survey" 1-13, 2002

      4 R.J. Poisson, "Spatial Disorientation Mishap Trends in the U.S. Air Force 1993-2013" 85 (85): 919-924, 2014

      5 L. Karapetjan, "Implementation of a vestibular illusion simulator into IR training" 65 : 222-229, 2022

      6 S. Jung, "Development of Biosignal Monitoring System for Spatial Disorientation Training Simulator" 138-, 2022

      7 C. Hao, "Detection of Unrecognized Spatial Disorientation: A Theoretical Perspective" 30 (30): 469-480, 2022

      8 Y. Kang, "Analysis on Pilots Experiences and Effects of Voice Procedure under Spatial Disorientation" Seoul National University 2020

      9 H. Tak, "A Study on the Prevention of the Rotary-Wing Aircraft Pilot's Spatial Disorientation" Kongju National University 2015

      10 K. Kim, "A Calculation of Optimal SD Training Time Using GL-4000" 60 (60): 11-24, 2013

      1 서상원 ; 우재훈 ; 홍천한, "턴테이블을 적용한 유인비행체 가상훈련 시뮬레이터용 스튜어트 플랫폼 개발" 한국항공운항학회 28 (28): 125-131, 2020

      2 이수민 ; 이미란 ; Wei, Qun ; 박희준, "멀티 모달 생체 신호 측정이 가능한 심음 분석 웨어러블 장치 개발에 관한 연" 한국멀티미디어학회 25 (25): 1251-1256, 2022

      3 S.J. Mathews, "USAF Spatial Disorientation Survey" 1-13, 2002

      4 R.J. Poisson, "Spatial Disorientation Mishap Trends in the U.S. Air Force 1993-2013" 85 (85): 919-924, 2014

      5 L. Karapetjan, "Implementation of a vestibular illusion simulator into IR training" 65 : 222-229, 2022

      6 S. Jung, "Development of Biosignal Monitoring System for Spatial Disorientation Training Simulator" 138-, 2022

      7 C. Hao, "Detection of Unrecognized Spatial Disorientation: A Theoretical Perspective" 30 (30): 469-480, 2022

      8 Y. Kang, "Analysis on Pilots Experiences and Effects of Voice Procedure under Spatial Disorientation" Seoul National University 2020

      9 H. Tak, "A Study on the Prevention of the Rotary-Wing Aircraft Pilot's Spatial Disorientation" Kongju National University 2015

      10 K. Kim, "A Calculation of Optimal SD Training Time Using GL-4000" 60 (60): 11-24, 2013

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