논문 상세보기
pp.11-21
In order to achieve success in ground operations, searching for moving targets is one of critical factors. Usually, the system of searching for adversary ground moving targets has complex properties which includes target’s moving characteristics, camouflage level, terrain, weather, available search time window, distance between target and searcher, moving speed, target’s tactics, etc. The purpose of this paper is to present a practical quantitative method for effectively searching for infiltrated moving targets considering aforementioned complex properties. Based upon search theories, this paper consists of two parts. One is infiltration route analysis, through terrain and mobility analysis. The other is building dynamic probability maps through Monte Carlo simulation to determine the prioritized searching area for moving targets. This study primarily considers ground moving targets’ moving pattern. These move by foot and because terrain has a great effect on the target’s movement, they generally travel along a constrained path. With the ideas based on the terrain’s effect, this study deliberately performed terrain and mobility analysis and built a constrained path. In addition, dynamic probability maps taking terrain condition and a target’s moving speed into consideration is proposed. This analysis is considerably distinct from other existing studies using supposed transition probability for searching moving targets. A case study is performed to validate the effectiveness and usefulness of our methodology. Also, this study suggests that the proposed approach can be used for searching for infiltrated ground moving target within critical time window. The proposed method could be used not only to assist a searcher’s mission planning, but also to support the tactical commander’s timely decision making ability and ensure the operations’ success.
2. 기존 연구 고찰
2.1 이론적 배경
2.2 기존 연구
3. 침투경로 분석
3.1 지형공간정보를 이용한 침투지역 분석
3.2 침투경로 선정
4. 우선탐색지역 선정 위한 동적 확률지도생성
4.1 침투경로망 구성(Path Network)
4.2 몬테카를로 시뮬레이션을 이용한 동적 확률지도생성
5. 사례연구
5.1 모의실험 준비
5.2 침투경로 생성
5.3 동적 확률지도 생성을 통한 우선탐색지역 선정
6. 결 론
Acknowledgement
References
