Question: Write the MATLAB function [bM, aM, bA, aA]-minph allpa_decomp(b,a) which automatically performs a minimum-phase-allpass decomposition of the LTI system specified by the vectors a and
![Write the MATLAB function [bM, aM, bA, aA]-minph allpa_decomp(b,a) which automatically](https://dsd5zvtm8ll6.cloudfront.net/si.experts.images/questions/2024/09/66ef6d3dd6d60_10166ef6d3d52093.jpg)
Write the MATLAB function [bM, aM, bA, aA]-minph allpa_decomp(b,a) which automatically performs a minimum-phase-allpass decomposition of the LTI system specified by the vectors a and b. The function should result the vectors aM and bM for the minimum-phase system and the vectors aA and bA for the allpass filter. Test your function with the function given below and plot the frequency responses of both the nimi num-phase system and the allpass. 1. y(n) +0.9y(n-2)-x(n) + 0.8x(n-2) 2, y(n) = x(n) + 2x(n-2) + 9x(n-4) Write the MATLAB function [bM, aM, bA, aA]-minph allpa_decomp(b,a) which automatically performs a minimum-phase-allpass decomposition of the LTI system specified by the vectors a and b. The function should result the vectors aM and bM for the minimum-phase system and the vectors aA and bA for the allpass filter. Test your function with the function given below and plot the frequency responses of both the nimi num-phase system and the allpass. 1. y(n) +0.9y(n-2)-x(n) + 0.8x(n-2) 2, y(n) = x(n) + 2x(n-2) + 9x(n-4)
Step by Step Solution
There are 3 Steps involved in it
Get step-by-step solutions from verified subject matter experts
