function result $=$ convolution$\_1$D$($u$,$v$)$

$8$ Compute size output array

size$\_$output $=$ size$($u$)+$size$($v$)-1$;

size$\_$output$\_$array $=$ size$\_$output $(1,2)$

& Compute size of input matrices

size$\_$u $=$ size$($u$)$;

size$\_$v $=$ size$($v$)$;

& Create output array $($zeros array$)$

w$=$zeros$(1,$size$\_$output$\_$array$)$;

& Compute convolution

u $=$ flip$($u$)$;

u $=[$u$,$ zeros$(1,($size$\_$v$(1,2)-1))]$;

v $=[$zeros$(1,($size$\_$u$(1,2)-1)),$v$]$;

for i$=1$:size$\_$output$\_$array

w$($i$)=$ dot$($u$,$v$)$;

u $=$ circshift $($u$,1,2)$;

u$(1)=0$;

end

result $=$ w;

end

NOTE: This code will work for arbitrary lengths

Kindly RUN This code on MATLAB and resolve error that occur while this code on MATLAB