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비행 정보 시각화를 위한 DMM 시스템의 구현

Implementation of the DMM System for Flight Information Visualization

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초록

The flight information visualization of the aircraft is the system which is widely used to the threat against low altitude tasks and terrain altitude. But, it is difficult to implement the system because of restrictions that GPS data and huge geographic information should be stored. In this paper, it proposes economic DMM (Digital Moving Map) system for flight information visualization from open-source-base. First, the flight information is transferred from X-Plane through UDP and then demonstrated on the DMM system. In the proposed DMM system, flight information is visualized on the map information downloaded from an ArcGIS Map server using the mapping data between the present altitude of the aircraft and the terrain altitude. The result of this paper could be used an economic tool in the field of flight information visualization and the game algorithm research.

Abstract

The flight information visualization of the aircraft is the system which is widely used to the threat against low altitude tasks and terrain altitude. But, it is difficult to implement the system because of restrictions that GPS data and huge geographic information should be stored. In this paper, it proposes economic DMM (Digital Moving Map) system for flight information visualization from open-source-base. First, the flight information is transferred from X-Plane through UDP and then demonstrated on the DMM system. In the proposed DMM system, flight information is visualized on the map information downloaded from an ArcGIS Map server using the mapping data between the present altitude of the aircraft and the terrain altitude. The result of this paper could be used an economic tool in the field of flight information visualization and the game algorithm research.

참고문헌 (10)

  1. 박명철, "Google Earth를 이용한 비행정보 시각화 시스템의 구현", 한국컴퓨터정보학회논문지, 15(10), pp.79~86 (2010), 한국컴퓨터정보학회
  2. 박석규, "구글 어스를 이용한 비행 상황인식을 위한 3차원 시각화", 한국컴퓨터정보학회논문지, 15(12), pp.181~188 (2010), 한국컴퓨터정보학회
  3. "FlightViz"[URL]
  4. 박정진, "지형 회피를 위한 최적 경로점 자동 생성 알고리듬 연구", 한국항공우주학회지, 37(11), pp.1104~1111 (2009), 한국항공우주학회
  5. 송진오, "항공기 상태전이정보를 이용한 비행경로 시각화 기법 연구", 한국정보과학회 학술발표, 34(2), pp.172~177 (2007)
  6. "X-Plane Desktop manual"[URL]
  7. Shreiner, "OpenGL ProgrammingGuide" (2009), Addison-Wesley
  8. Edward Angel, "Interactive Computer Graphics" (2009), PEARSON
  9. "World Street Map"[URL]
  10. "X-Plane SDK Documentation"[URL]

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