Speech Signal Processing and Simulation Analysis Based on Compressed Sensing

Wang Enliang, Chen Yehui, Tu De-feng
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Abstract

This paper applies the compressed sensing theory to the reconstruction of speech signal. It makes deep study on speech signal, including sparsity and measurement matrix on different bases, and the influence on reconstruction effects. According to the principle theory and necessary conditions of measurement matrix this paper put forward an improved scheme. For the problem in slow reconstruction speed and given iteration numbers, we adopt the idea of selection criteria for matching atoms and backward projection in optimal orthogonal matching algorithm to perform iterative reconstruction. By experiments compared to original algorithms, the improved scheme can obtain accurate reconstruction signals and better performance, reducing the number of sampling points simultaneously.
基于压缩感知的语音信号处理与仿真分析
本文将压缩感知理论应用于语音信号的重构。对语音信号进行了深入的研究,包括不同基的稀疏度和测量矩阵,以及对重构效果的影响。根据测量矩阵的原理和必要条件,提出了一种改进方案。针对重构速度慢、迭代次数给定的问题,采用最优正交匹配算法中匹配原子选择准则和反向投影的思想进行迭代重构。通过实验对比,改进后的方案可以获得更准确的重构信号,同时减少了采样点的数量,具有更好的性能。
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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