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clear all x=input('Enter x(ie:[2 3 1]): ') h=input('Enter h(ie:[1 1 1]: ') fprintf('This demonstrates conv function:'); con=conv(x,h) length_x=length(x);  %these are the lengths length_h=length(h); length_s=length_h+length_x-1; X=[x,zeros(1,length_h)]; H=[h,zeros(1,length_x)];

for i=1:length_s

   Y(i)=0;              %setting y value
   for j=1:length_x 
   if(i-j+1>0) 
   Y(i)=Y(i)+X(j)*H(i-j+1);   
   end 
   end

end stem(Y) fprintf('Results of the output matches above:'); Y

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Abstract algebra continues the conceptual developments of linear algebra, on an even grander scale.

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