Estimation of All-Pass Transfer Functions for Delay Equalization based on Least-Squares Minimization

A. Perez-Loyola, R. Rosas-Romero
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Abstract

In this paper, we present a generalized optimal stable all-pass digital filter design algorithm that supports (1) arbitrary phase response specifications, (2) a corrective system designed to make the phase delay of a magnitude-filter substantially constant over a desired frequency range, (3) estimation of the delay .. of the best performed equalizer, (4) stability, and (5) wavelet-based non-uniform sampling of the phase response of the magnitude-filter whose delay is to be equalized.
基于最小二乘最小化的时延均衡全通道传递函数估计
在本文中,我们提出了一种广义的最优稳定全通数字滤波器设计算法,该算法支持(1)任意相位响应规范,(2)设计一个校正系统,使幅度滤波器的相位延迟在期望的频率范围内基本恒定,(3)估计延迟。在性能最好的均衡器中,(4)稳定性,(5)基于小波的非均匀采样的幅度滤波器的相位响应,其延迟将被均衡。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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