抗压制干扰的低距离旁瓣相位编码设计

雷达系统可通过发射具有低距离旁瓣的波形提高对目标的探测性能，通过最小化干扰信号经滤波器处理后的输出水平来对抗压制干扰。本文以联合最小化干扰信号输出功率和发射信号距离旁瓣为准则建立目标函数，引入权系数来折中考虑干扰输出和距离旁瓣的影响，离散相位形式的相位编码作为约束条件，采用交替方向乘子法（Alternating Direction Method of Multipliers, ADMM）求解目标函数，设计最优相位编码发射波形，并在此基础上结合类幂迭代法（Power Method-Like Iterations, PMLI）提出一种复合算法（Composite Algorithm, CA），在保证雷达的探测性能和抗干扰性能的同时，有效提升了算法的计算速度。

Phase Coding Design for Combating Barrage Jamming with Low Range Sidelobes

The radar systems can improve the detection performance of the target by transmitting the waveform with low range sidelobes and combat the barrage jamming by minimizing the output level of the jamming signals processed by the filter. In this paper, the objective function is constructed according to the criterion of jointly minimizing the output power of jamming signals and the range sidelobes of transmitting signals. The weight parameter is introduced to making a tradeoff of the influences of the jamming output and the range sidelobes. Serving discrete phases as constraint conditions, the alternating direction method of multipliers (ADMM) is used to search for the optimal phase coding waveform. On the basis of ADMM combined with the power method-like iterations (PMLI), a composite algorithm (CA) is put forward, which not only ensures the detection performance and anti-jamming performance of radar, but also effectively improves the calculation speed of the algorithm.