HW_5(483)S09

HW_5(483)S09 - 5.5 The z-transform of a right-sided...

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EE 483 – Introduction to Digital Signal Processing Spring 2009 Homework #5 – Due Wednesday, February 18, 2009 by 4:30 p.m. 5.1 Determine the z -transform and the ROC of the sequence x 2 [ n ] = ± ² n μ [ ± n ± 5]. 5.2 Determine the z -transform and the ROC of the sequence x 3 [ n ] = ± n [ n ² 1] + ³ n [ ² n ² 1]. Assume > > 0. Sketch its pole-zero plot and indicate clearly the ROC in this plot. 5.3 Problem 6.22 of Text, Page 345. 5.4 Problem 6.25, Part (d) of Text, Page 345.
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Unformatted text preview: 5.5 The z-transform of a right-sided sequence h [ n ] is given by H ( z ) = z + 1.7 ( z + 0.3)( z 0.5) . Find its inverse z-transform h [ n ] via the partial-fraction expansion approach. Verify the partial-fraction expansion using MATLAB. 5.6 Problem 6.41, Part (a) of Text, Page 349. 5.7 Problem 6.51 of Text, Page 350. 5.8 Problem M6.1, Part (b) of Text, Page 351....
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This note was uploaded on 02/02/2010 for the course EE 483 taught by Professor Mitra during the Fall '08 term at USC.

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