(New page: %Tyler Mattmuller %hw2 close all clear all x=input('Enter first array in brackets with commas: ') h=input('Enter second array in brackets with commas: ') m=length(x); n=length(h); X...) |
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close all | close all | ||
clear all | clear all | ||
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x=input('Enter first array in brackets with commas: ') | x=input('Enter first array in brackets with commas: ') | ||
h=input('Enter second array in brackets with commas: ') | h=input('Enter second array in brackets with commas: ') | ||
Revision as of 11:14, 1 July 2009
%Tyler Mattmuller %hw2 close all clear all x=input('Enter first array in brackets with commas: ') h=input('Enter second array in brackets with commas: ') m=length(x); n=length(h); X=[x,zeros(1,n)]; %padding with zeros will allow for convolution to be %preformed even if the second array is not the same size as the first array H=[h,zeros(1,m)]; for i=1:n+m-1 Y(i)=0; for j=1:m if(i-j+1>0) Y(i)=Y(i)+X(j)*H(i-j+1); else end end end Y %output convolved array %z=conv(x,h) %will be the same answer therefor it will have the same %functionality this works as the matlab does not distiquish between %stating times of the arrays given
