In weapon assignment studies to defend against threats such as ballistic missiles and long range artillery, threat assessment was partially lacking in analysis of various threat attributes, and considering the threat characteristics of warheads, which are difficult to judge in the early flight stages, it is very important to apply more reliable optimal solutions than approximate solution using LP model, Meta heuristics Genetic Algorithm, Tabu search and Particle swarm optimization etc. Our studies suggest Generic Rule based threat evaluation and weapon assignment algorithm in the basis of various attributes of threats. First job of studies analyzes information on Various attributes such as the type of target, Flight trajectory and flight time, range and intercept altitude of the intercept system, etc. Second job of studies propose Rule based threat evaluation and weapon assignment algorithm were applied to obtain a more reliable solution by reflection the importance of the interception system. It analyzes ballistic missiles and long-range artillery was assigned to multiple intercept system by real time threat assessment reflecting various threat information. The results of this study are provided reliable solution for Weapon Assignment problem as well as considered to be applicable to establishing a missile and long range artillery defense system.

1. 서 론
2. 탄도미사일 및 장사정포의 비행궤적 특성및 요격 가능성 평가
    2.1 탄도미사일 및 장사정포의 비행단계별 특성
    2.2 비행궤적에 기초한 위협분석 및 요격가능성평가
3. 위협평가 및 무기할당 방법론
    3.1 위협평가 및 무기할당 개념
    3.2 규칙에 기반한 위협평가 및 무기할당 방법
4. 위협평가 및 무기할당 모델
5. 실 험
    5.1 가상 시나리오
    5.2 무기할당을 위한 가정사항
    5.3 입력데이터
    5.4 결과 분석
6. 결 론
References

• Jun Sung Im(한남대학교 산업경영공학과) | 임준성
• Byeong Chun Yoo(해군전력분석시험평가단) | 유병천
• Ju Hyun Kim(한화시스템) | 김주현
• Bong Wan Choi(한남대학교 산업경영공학과) | 최봉완 Corresponding Author