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A Study on the Simulation and Analysis of the Emergency Response Training for Highly Pathogenic Avian Influenza

조류인플루엔자 재난대응훈련 시뮬레이션 기술연구

  • Kang, Min-Sik (Dept. Department of Industrial Management Engineering, Nam-Seoul University)
  • 강민식 (남서울대학교 산업경영공학과)
  • Received : 2019.01.15
  • Accepted : 2019.02.15
  • Published : 2019.02.28

Abstract

Simulation using the virtual reality has been applied in various fields such as exercise, education, disaster simulation training, but there is a little research on disease caused by virus transmission. In this study, we conducted simulation studies and analysis of avian influenza disaster response training. The annual avian influenza virus is recurring every year in Korea, but there are still few solutions and preventive measures for the preventing the avian influenza. The avian influenza can cause a great deal of societal harm and enormous economic damage. Prophylaxis is important because livestock epidemics, such as avian influenza and foot-and-mouth disease, have a large impact on farm households. Therefore, we proposed and analyzed contents that can be avoided through simulation of avian influenza disaster response presented in this study.

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그림 1. 조류독감의 인간감염발생지역 Fig. 1 HPAI infection route

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그림 2. 거점소독시설 차량 세부소독 실시 Fig. 2. Tips on disinfecting a car disinfection facility

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그림 3. 시나리오 구상도 Fig. 3 Scenario Conception

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그림 4. 가상오리농장 조감도 Fig. 4 Virtual farm bird's eye view

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그림 5. 육용오리 리깅작업 Fig. 5 Duck Rigging Work

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그림 6. 오리 리깅작업 메쉬(상) 및 렌더링(하) Fig. 6 Duck Rigging Working Mesh (top) and Rendering (bottom)

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그림 7. 축사 외부(상) 및 내부(하) Fig. 7 The farm outside (top) and the inside (bottom)

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그림 8. 축사 및 병아리의 실사렌더링 Fig. 8 Duck Rigging Work

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그림 9. 육용오리 리깅작업 Fig. 9 Duck Rigging Work

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그림 10. 차량소독기의 분무구현 Fig. 10 Spray Implementation of Vehicle Disinfector

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그림 11. 오큘러스 터치 손아바타 Fig. 11 Hand avata of the Oculus touch controler

Acknowledgement

Supported by : 남서울대학교

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