1. Write the function Convw (vxn. Vyn, Lx, Ux, Ly, Uy) which computes Zn the convolution...

 

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1. Write the function Convw (vxn. Vyn, Lx, Ux, Ly, Uy) which computes Zn the convolution of two finite energy signals xn and yn. Lx(resp. Ly) is the starting index of xn (resp. yn) and Ux (resp. Uy) is the ending index of xn (resp.yn). The function should returns also the starting and ending indexes of Zn. VXn and vyn the vectors which store the values of xn and yn respectively. 2. Apply the previous function for: xn = {1 for-8≤n≤8 0 elsezhere 4. Plot xn, Yn. Znand zn and - 3. For the previous case, use SCILAB function conv to compute the convolution between xn and yn Let denote by gn the signal obtained. = {e + f for-4≤n≤6 0 elsewhere In as function of n. Yn = 1. Write the function Convw (vxn. Vyn, Lx, Ux, Ly, Uy) which computes Zn the convolution of two finite energy signals xn and yn. Lx(resp. Ly) is the starting index of xn (resp. yn) and Ux (resp. Uy) is the ending index of xn (resp.yn). The function should returns also the starting and ending indexes of Zn. VXn and vyn the vectors which store the values of xn and yn respectively. 2. Apply the previous function for: xn = {1 for-8≤n≤8 0 elsezhere 4. Plot xn, Yn. Znand zn and - 3. For the previous case, use SCILAB function conv to compute the convolution between xn and yn Let denote by gn the signal obtained. = {e + f for-4≤n≤6 0 elsewhere In as function of n. Yn =

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Step1 Define the function Conv vx vy n L x U x L y U y that computes t... View the full answer