MUDDASSAR HUSSAIN Student ID # 6597
ADSP LAB # 4
System Frequency Domain Analysis
Qs #1. Brief insight of lab:
This lab gave an insight in the analysis of signals in frequency
domain. This lab helped in
understanding the properties of discrete time fourier transform.
One of the important thing that is
mostly used is Zero input & Zero state response, this lab
provide different methods of finding
these responses by different methods. This lab also cover two
different methods of finding DTFT
idea to prove the properties of DTFT.
Qs#2. Take any I.R system with order greater than 3 and find its
zero state and Zero Input Response using both methods we discuss in
lab (using transfer
function and Delay structure diagram) using SIMULINK.
The system that I let is given below
y(n)+0.25y(n-1)+5y(n-2)+y(n-3)+0.2y(n-4) =
0.1x(n-4)+0.5x(n-3)+3x(n-2)+x(n-1)+0.7x(n)
Initial Conditions are
y(-1) = 1 , y(-2) = 0 , y(-3) = 2 , y(-4) = 0.
Zero State Response:
Submitted By : MUDDASSAR HUSSAIN
Registration No. : 6597 Date: 28-10-2014
