고정형 레이다의 운용주파수 가용성 확대 및 위치기반 재밍 회피 최적화
Optimization of Operational Frequency Availability and Location-Based Jamming Avoidance of Fixed Radar
1
조회
0
다운로드
0
인용
0
참고문헌
키워드
초록
Early warning radars for monitoring a country’s mountainous regions are installed in close proximity to minimize the area obstructed by mountainous regions. A radar installation environment in close proximity causes mutual interference within the same platform. Such mutual interference affects the operation of the radar’s ECCM function and reduces the availability of the radar's frequency resources. This paper presents a method that can improve frequency availability through location-based improved ECCM function optimization and verifies its effectiveness by applying it to radar.
Abstract
Early warning radars for monitoring a country’s mountainous regions are installed in close proximity to minimize the area obstructed by mountainous regions. A radar installation environment in close proximity causes mutual interference within the same platform. Such mutual interference affects the operation of the radar’s ECCM function and reduces the availability of the radar's frequency resources. This paper presents a method that can improve frequency availability through location-based improved ECCM function optimization and verifies its effectiveness by applying it to radar.
참고문헌 (5)
- Merrill. Skolnik, "Radar Handbook" (1990), McGraw-Hill
- B. R. Mahafza, "MATLAB Simulation for Radar Systems Design", pp.2004, Chapman & Hall
- S. W. Seo, "Antenna polarization isolation and resource control for frequency interference reduction between opposite sectors", The Journal of Korean Institute of Communication and Information Sciences, 40(6), pp.1014~1023 (2015)
- Method and apparatus for selecting minimum interference frequency based on jamming detection with minimum time resource and statistical processing, "S. W. Kwon", The Korean Intellectual Property Office Patent 10-2018-0088718, ~ (2018)
- Myung-Hoon Park, "Analysis of Radar Interference Using a Modeling and Simulation Method", The Journal of Korean Institute of Electromagnetic Engineering and Science, 30(10), pp.829~838 (2019)