An analysis is presented for target tracking with short range multistatic radar system in this paper. The velocity vector is introduced into the model to depict target motion more precisely. The system measurement equ...An analysis is presented for target tracking with short range multistatic radar system in this paper. The velocity vector is introduced into the model to depict target motion more precisely. The system measurement equation is such constructed on the basis of range difference that make the tracking model independent of the transmitter position. Therefore the algorithm is very much suitable for the case that the transmitter is not fixed. Simulation results show that the algorithm has the advantages of fast tracking and small steady tracking errors, and can be used for tracking target in short range with multistatic radar system.展开更多
文摘An analysis is presented for target tracking with short range multistatic radar system in this paper. The velocity vector is introduced into the model to depict target motion more precisely. The system measurement equation is such constructed on the basis of range difference that make the tracking model independent of the transmitter position. Therefore the algorithm is very much suitable for the case that the transmitter is not fixed. Simulation results show that the algorithm has the advantages of fast tracking and small steady tracking errors, and can be used for tracking target in short range with multistatic radar system.
文摘研究了协同雷达通信系统的布站优化问题,通信系统搭载在无人机(Unmanned Aerial Vehicle,UAV)上,采用非正交多址接入(Non-Orthogonal Multiple Access,NOMA)技术服务多个地面用户,雷达系统为多基地雷达,其多个接收机和发射机分置,雷达系统和通信系统存在部分频谱重叠共享。建立了UAV通信系统发射机和雷达接收机的联合布站优化模型,目标是在通信传输速率约束下,实现通信系统平均传输能耗最小化、通信发射机-雷达接收机信道的信噪比最大化以及雷达定位几何精度因子(Geometric Dilution of Precision,GDOP)最小化。引入流向算法(Flow Direction Algorithm,FDA)进行最优化求解,仿真结果表明,相对于通信系统未采用NOMA技术时,所提出的布站优化方案平均传输能耗更低,且FDA较其他常用智能优化算法的精度和寻优效率更高。