火力与指挥控制2013，Vol.38Issue(2)：129-132,4.
二阶锥规划的广义希尔伯特数字变化器设计
Design of Generalized Hilbert Digital Filter Based on Second-Order Cone Programming
摘要
Abstract
In modern digital signal processing field, progressively high performance of the generalized Hilbert digital filter is demanded, while the traditional methods are subject to many flaws. A new method based on SOCP (Second-Order Cone Programming) is presented to design Hilbert filter, which aimed at minimizing the absolute error between the design frequency and the destined one. Thus, it can overcome the larger phase error via the traditional methods. Firstly, the model of the problem can be given. Then it can be re-formulated into the SOCP under infinitude norm criteria. Subsequently, it can be solved effectively through the interior point method. Finally, error analysis and simulation results demonstrate the efficiency of the SOCP.关键词
广义希尔伯特变换/二阶锥规划/设计误差/范数准则Key words
generalized Hilbert transform/second-order cone programming/design error/norm criteria分类
信息技术与安全科学引用本文复制引用
黄中瑞,刘春生,周青松..二阶锥规划的广义希尔伯特数字变化器设计[J].火力与指挥控制,2013,38(2):129-132,4.
