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随着电子干扰技术的不断发展，单部雷达面临的威胁越来越大。雷达组网可
以充分利用各单部雷达的资源和信息融合优势，将多部不同体制、不同频段、不
同极化方式的雷达组成一个整体，极大提高了整体作战能力。本文对雷达组网关
键技术进行仿真，首先提出了一种改进的基于速度信息的航迹关联算法。随后建
立了雷达组网数据处理仿真模型。最后对雷达组网抗多假目标干扰能力进行分析，
并给出雷达组网设计的一些建议。-With the continuous development of electronic interference, single radar is facing a growing threat. Radar network can take advantage of the single-radar data fusion resources and advantages, will be multiple different systems, different frequencies, different polarizations of the radar as a whole, greatly improving the overall combat capability. This group of gateway key technology of radar simulation, first proposed an improved speed of information-based algorithm for track correlation. Followed by the establishment of radar data processing network simulation model. Finally, resistance to multiple false targets radar network interference analysis, and gives some suggestions for the radar network design.
以充分利用各单部雷达的资源和信息融合优势，将多部不同体制、不同频段、不
同极化方式的雷达组成一个整体，极大提高了整体作战能力。本文对雷达组网关
键技术进行仿真，首先提出了一种改进的基于速度信息的航迹关联算法。随后建
立了雷达组网数据处理仿真模型。最后对雷达组网抗多假目标干扰能力进行分析，
并给出雷达组网设计的一些建议。-With the continuous development of electronic interference, single radar is facing a growing threat. Radar network can take advantage of the single-radar data fusion resources and advantages, will be multiple different systems, different frequencies, different polarizations of the radar as a whole, greatly improving the overall combat capability. This group of gateway key technology of radar simulation, first proposed an improved speed of information-based algorithm for track correlation. Followed by the establishment of radar data processing network simulation model. Finally, resistance to multiple false targets radar network interference analysis, and gives some suggestions for the radar network design.
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雷达组网数据处理及其仿真研究.pdf