这个MATLAB练习比较和对比三种方法计算复杂信号的倒频谱的z变换由单极系统极半径小于1(即。单位圆内,真正的根源)。的三种计算方法计算复杂这个最小相位信号的倒频谱分析方法,递归最小相位信号的方法,和传统方法计算复杂的傅里叶反变换的对数的傅里叶变换的信号。-This MATLAB exercise compares and contrasts three methods for computing the complex cepstrum of a signal whose z transform consists of a single pole system with pole radius less than one (i.e., real root inside the unit circle). The three computation methods for computing the complex cepstrum of this minimum-phase signal are the analytical method, the recursion method for a minimum-phase signal, and the conventional method based on computing the inverse Fourier transform of the complex logarithm of the Fourier transform of the signal.