干扰条件下雷达网优化部署策略

Radar Network Deployment Optimizing Strategy in Jamming Condition

针对现有干扰条件下雷达组网优化部署模型存在的诸多问题,提出基于备用阵地的机动雷达优化调整方法。借鉴前人雷达网抗压制噪声动态评估模型,定义了雷达及组网系统的残存可探测区面积、责任区覆盖系数、探测压制比、抗干扰效能指数及重点目标覆盖系数,建立了考虑责任区的雷达网抗干扰优化布站决策模型与实用算法。三站组网系统的仿真实验证明了其有效性,可用于战前抗干扰预测,战后评估及模拟训练等。

For the purpose of the problems of radar network deployment optimizing model in jamming environment, this paper promotes the mobile radar optimizing method based on spare position. With the help of the dynamic noise estimation model mentioned by others, radar and network system remain acreage of detectable area, the coverage coefficient of duty area, the ratio of detecting and suppressing, the exponent of anti-jamming efficiency and the coverage coefficient of important targets are defined and constructs the radar network anti-jamming deployment optimizing, decision-making model and available algorithm. The validity of it is proved by three stations system according to simulation experiments that it can be used in anti-jamming forecast ahead-war, evaluation postwar simulation training and so on.