数据采集与处理2012，Vol.27Issue(5)：602-606,5.
线性调频信号数字脉压滤波器优化设计
Digital Pulse Compression Filter Optimization Design for LFM Signal
摘要
Abstract
A digital pulse compression filter design method based on second-order cone programming (SOCP) is proposed to control the high side-lobe level in LFM signal pulse compression. The design of pulse compression filter is converted to a SOCP problem, with a specific main-lobe shape being selected as expected and the sidelobe level being controled. Compared with those existing methods, the method obtains a flexible compromise among the peak-side lobe (PSL), the main-lobe width, and the loss in process gain. Simulation results suggest that the proposed method takes an advantage of side-lobe control over conventional window methods. The PSL is still more than 44 dB when the unitary Doppler Is 0. 005. And the pulse compression signal phase is conherent with reference reponse. They meet the requiremens of modern radar systems.关键词
线性调频信号/二阶锥规划/脉冲压缩/旁瓣抑制Key words
linear frequency modulated signal/ second-order cone programming/ pulse compression/ side-lobe suppression分类
信息技术与安全科学引用本文复制引用
丁淑娟,刘子龙,孙广俊,张曙光..线性调频信号数字脉压滤波器优化设计[J].数据采集与处理,2012,27(5):602-606,5.基金项目
国家自然科学基金(61032011)重点资助项目. （61032011）
