Create a MATLAB function convolve that generates the convolution sequence of two finite-length sequences with a given delay/advance of k units. The input arguments are the two input matrices a and b their corresponding time indices na and no. The output of the function is the convolution sum y and its index n. A help description for the function follows: CONVOLVE Convolution of two sequences. [C, N] = CONVOLVE (A, Na, B, Nb) convolves the vectors A and B with their corresponding time indices Na and Nb respectively. The resulting vector is returned in C and its time index in N. The length of the resulting vector is LENGTH (A) +LENGTH (B) - 1. Use the sigshift (), sigfold (), sigadd (), and sigmult() functions that you made in the experiment/activity previously. Verify the functions by testing using the following: a) x(n)=[2 1 0 3] h(n)=[-5_1 2 −1] b) x₁(n)= [1 2 1 3] x₂ (n)= [3 4 −2 1] WARNING: DO NOT USE MATLAB's built-in function CONV (H, N). MATLAB Code (Editor):
Create a MATLAB function convolve that generates the convolution sequence of two finite-length sequences with a given delay/advance of k units. The input arguments are the two input matrices a and b their corresponding time indices na and no. The output of the function is the convolution sum y and its index n. A help description for the function follows: CONVOLVE Convolution of two sequences. [C, N] = CONVOLVE (A, Na, B, Nb) convolves the vectors A and B with their corresponding time indices Na and Nb respectively. The resulting vector is returned in C and its time index in N. The length of the resulting vector is LENGTH (A) +LENGTH (B) - 1. Use the sigshift (), sigfold (), sigadd (), and sigmult() functions that you made in the experiment/activity previously. Verify the functions by testing using the following: a) x(n)=[2 1 0 3] h(n)=[-5_1 2 −1] b) x₁(n)= [1 2 1 3] x₂ (n)= [3 4 −2 1] WARNING: DO NOT USE MATLAB's built-in function CONV (H, N). MATLAB Code (Editor):
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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![Create a MATLAB function convolve that generates the convolution sequence of two
finite-length sequences with a given delay/advance of k units. The input arguments are the
two input matrices a and b their corresponding time indices na and no. The output of the
function is the convolution sum y and its index n.
A help description for the function follows:
CONVOLVE Convolution of two sequences.
[C, N] CONVOLVE (A, Na, B, Nb) convolves the vectors A and B
with their corresponding time indices Na and Nb respectively.
The resulting vector is returned in C and its time index in
N. The length of the resulting vector is LENGTH (A) +LENGTH (B) -
1.
=
Use the sigshift (), sigfold (), sigadd (), and sigmult() functions that you
made in the experiment/activity previously.
Verify the functions by testing using the following:
a) x(n)=[2 1 0 3] h(n)=[-5_1_2 −1]
b) x₁(n)= [1 2 1 3] x₂ (n)= [3 4 -2 1]
WARNING: DO NOT USE MATLAB's built-in function CONV (H, N).
MATLAB Code (Editor):](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb91df668-62b2-4383-83d7-c632f8fa72b2%2Fabb3974b-2f83-4f7b-8632-01400b84b1d7%2Fzsln4kq_processed.png&w=3840&q=75)
Transcribed Image Text:Create a MATLAB function convolve that generates the convolution sequence of two
finite-length sequences with a given delay/advance of k units. The input arguments are the
two input matrices a and b their corresponding time indices na and no. The output of the
function is the convolution sum y and its index n.
A help description for the function follows:
CONVOLVE Convolution of two sequences.
[C, N] CONVOLVE (A, Na, B, Nb) convolves the vectors A and B
with their corresponding time indices Na and Nb respectively.
The resulting vector is returned in C and its time index in
N. The length of the resulting vector is LENGTH (A) +LENGTH (B) -
1.
=
Use the sigshift (), sigfold (), sigadd (), and sigmult() functions that you
made in the experiment/activity previously.
Verify the functions by testing using the following:
a) x(n)=[2 1 0 3] h(n)=[-5_1_2 −1]
b) x₁(n)= [1 2 1 3] x₂ (n)= [3 4 -2 1]
WARNING: DO NOT USE MATLAB's built-in function CONV (H, N).
MATLAB Code (Editor):
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