基于调制滤波器组的子带脉冲系统优化

Mei-hong Li
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引用次数: 0

摘要

高距离分辨率的宽带雷达可以提供丰富的客观信息,但大量的数据和计算成为宽带雷达信号处理问题的制约因素。子带信号处理可以将高速宽带信号分解为低速率的窄带信号,大大降低了雷达信号处理的复杂性。调制滤波器的设计是子带信号处理的关键。在研究m波段调制滤波器组应用于子带脉冲压缩的基础上,提出了一种新的优化算法——拉格朗日乘法器。该方法具有较高的效率,可以设计不同长度和相同长度的滤波器组。
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Optimization of Sub-band Pulse System Based on Modulated Filter Banks
Wideband radar with high range resolution can provide a wealth of objective information, but large volumes of data and calculations as a constraint to the problem of Wideband radar signal processing. Sub-band signal processing can decompose high-speed broadband signal to a low-rate narrow-band signals, greatly reducing the complexity of radar signal processing. The modulated filter design is the key of sub-band signal processing. Base on the research of modulated filter banks, M-band modulation filter applied to the sub-band pulse compression, a new optimization algorithm - Lagrange multipliers was presented. This method has higher efficiency, it is able to design filter banks of different lengths and same length.
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