| A Study of Optimization Approach for GPS Anti-Jamming System's Integration on Military Aircraft Based on the Requirement of Capability |
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Moongul Lee, Kisu Shin, Jaesik Choi |
1Department of Military Operations Research, Korea National Defense University
2Department of Weapon Systems, Korea National Defense University
3Avionics Project Team, Defense Aquisition Program Adminstration |
| 요구성능 기반의 군용 항공기 항재밍 GPS 체계 구축 최적화 방안 연구 |
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이문걸, 신기수, 최재식 |
1국방대학교 국방과학학과 군사운영분석전공
2국방대학교 국방과학학과 무기체계전공
3방위사업청 항공기사업부 탑재장비사업팀 |
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| Abstract |
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Global Positioning System(hereafter; GPS) is recently an essential element in the various navigation and weapon delivery systems of military aircraft. However, GPS is vulnerable to the jamming threats since its signal power is very weak. Therefore, ROK defense has been concerning how to resolve this issue and how to integrate these systems needed, and is trying to acquire the proper anti-jamming GPS system. This study is to provide several schemes against the jamming threats effectively. We propose the several processes to analyze the required capability and demonstrate the result's of modeling and simulations(hereafter; M&S) for this integration of military aircraft, and the mathematical programming model for system optimization of military aircraft anti-jamming GPS system on the basis analysis of M&S results which could be considered available budget and the project characteristic. These schemes will be helpful on proper acquisition of these systems and. We are looking forward to contributing to the integration of anti-jamming GPS system of ROK military aircraft. |
| Key Words:
GPS, Anti-Jamming System, Signal Mitigation Technique, Modeling and Simulation, Optimization Method |
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