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An Optimal Sorting of Pulse Amplitude Sequence Based on the Phased Array Radar Beam Tasks

机译:基于相控阵雷达波束任务的脉冲幅度序列优化排序

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The study of phased array radar ( PAR) pulse amplitude sequence characteristics is the key to understand the radar’s working state and its beam’s scanning manner. According to the principle of antenna pattern formation and the searching and tracking modes of beams, this paper analyzes the characteristics and differences of pulse amplitude sequence when the radar beams work in searching and tracking modes respectively. Then an optimal sorting model of pulse amplitude sequence is established based on least⁃squares and curve⁃fitting methods. This method is helpful for acquiring the current working state of the radar and recognizing its instantaneous beam pointing by sorting the pulse amplitude sequence without the necessity to estimate the antenna pattern.
机译:相控阵雷达(PAR)脉冲幅度序列特性的研究是了解雷达的工作状态及其波束扫描方式的关键。根据天线方向图的形成原理和波束的搜索跟踪方式,分析了雷达波束分别在搜索和跟踪模式下工作时脉冲幅度序列的特点和差异。然后基于最小二乘和曲线拟合的方法建立了脉冲幅度序列的最优排序模型。该方法有助于通过分类脉冲幅度序列来获取雷达的当前工作状态并识别其瞬时波束指向,而无需估计天线方向图。

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