Let r[n] be the random process that is generated by filtering white noise w[n] ~ N(0, 2) with a discrete-time filter that is designed by applying the bilinear transform to a continuous-time filter. The system function of the continuous-time filter is given as 2(s+ 1) H(s) 3s +1 For the sampling period Ta = 2, find the transfer function of the system H(2). a. b. Find the power spectrum Pw(2) of w[n] and Px(z) of r[n].

Let r[n] be the random process that is generated by filtering white noise w[n] ~ N(0, 2) with a discrete-time filter that is designed by applying the bilinear transform to a continuous-time filter. The system function of the continuous-time filter is given as 2(s+ 1) H(s) 3s +1 For the sampling period Ta = 2, find the transfer function of the system H(2). a. b. Find the power spectrum Pw(2) of w[n] and Px(z) of r[n].

Name: >? Let r[n] be the random process that is generated by filtering white
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Description: >? Let r[n] be the random process that is generated by filtering whitenoise w[n] ~ N(0, 2) with a discrete-time filter that is designed by applying the bilineartransform to a continuous-time filter. The system function of the continuous-time filter i

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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