EEL 4102 USF The Recursive Solution Method Computational Matlab

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Nyxraqv

Programming

EEL 4102

University of South Florida

EEL

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This homework assignment consists of a computational (MATLAB) assignment.

You will write a script labeled as "your_last_name_hw4.m" which will include the solutions to ALL the MATLAB questions in one all-inclusive script and submit online through Canvas. In order to receive points, your script will have to run without any modifications and should be named correctly as prescribed.

Please solve the problems as described in the following homework assignment document: HW_4_Spring_2020.pdf

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EEL4102 –Spring 2020 MATLAB Assignment 4 For all the requested figures below, use a discrete time range of n = [0,50] on the x-axis. Remember, all your answers must be on a single file and your script must be self-sufficient and run ​without any errors​ to receive ​any points.​ You should produce only ​one figure​. Do not plot anything that you are not instructed to do so within this document. Question 1. ​You are given a discrete time system ​(1)​ below: (𝐸−0.1)(𝐸−0.9)(𝐸−0.4)𝑦[𝑛]=(5−6𝐸)𝑥[𝑛] (1) Given the discrete input signal x[n] (2) below, assuming ​all initial conditions are 0, compute and plot the output y[n], using the ​recursive solution method you have covered in class. You will not receive points for using another method. x[n] = (cos(π 4n ) + cos(π 8n )) u[n] (2)
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