摘要
根据无源探测系统与有源雷达组成的联合探测系统,给出了一种有源、无源联合探测系统的探测模型,定性、定量的仿真分析了不同布站方法时,系统的探测精度、探测模糊区分布问题,得出了联合探测系统的最优布站方法;与无源探测系统相比较,联合探测系统提高了系统探测精度,改善了探测模糊区。仿真结果可为工程实践中雷达组网的优化部署提供理论依据。
Based on the system which was composed by the passive radar and T/R radar, a mathematic model is put forward for the passive radar/radar combined detection system. The combined target detection precision and the distributing of the fuzzy zone of the different location projects are analyzed qualitatively and quantitatively. The optimal collocation project of the combined detection system was put forward. Compared with the passive radar system, the combined detection system is of higher precision and smaller fuzzy zone. The resolute of the simulation can provide an academic evidence for the optimal location of the radar netting in the practice engineering.
出处
《火力与指挥控制》
CSCD
北大核心
2009年第9期95-98,共4页
Fire Control & Command Control
基金
中电集团预研基金项目
关键词
联合探测系统
探测精度
探测模糊区
最优部署
combined detection system,detection precision,detection fuzzy zone ,optimal collocation
