Thomson - Penram learning Copublished and Distributed in India by Penram, this is essentially reprint of Thomson Learning.

This book is intended to use as a laboratory component of an undergraduate course on discrete systems and/or on digital signal processing. The experiments in this text are designed to help students develop a logically accurate physical understanding of the basic concepts in digital signal processing and discrete systems. The experiments in this text are grouped in four main topic areas: sampling and digital-to-analog (D/A) conversion; the discrete-time Fourier transform; gain and phase-shift studies of digital filters; and analog-to-digital (A/D) quantization. (See Contents for a listing of specific lab experiments.) Each experiment in this text is followed by a section of screen illustrations, which contains a description of each screen that appears on the monitor and some helpful guides for running the program. The screen-illustration section of an experiment should be read at least during the first time the experiment is run.The software is written for any computing platform running MATLAB version 5.0 or later.

Author's idea in developing the experiments was not only to demonstrate a theoretical result, but also give students an opportunity to do some "original' studies by analyzing a given physical situation that has been simulated on the computer. Thus, several parts of the lab experiments are designed for students to consider themselves experimental investigators of a particular phenomenon. This often requires students to analyze some basic scientific concepts that often have been accepted without much concern. As a result, students develop an appreciation of the physical meaning of the derived results, their theoretical and physical implications, and the use of the scientific method.

Table of Contents in Discrete Systems Laboratory Using MATLAB
TOPIC I
SAMPLING AND RECONSTRUCTION

Experiment 1
Ideal Sampling and Reconstruction

Experiment 2
Nonideal Reconstruction

Experiment 3
Practical Interpolators

Experiment 4
Sampling and Reconstruction of Periodic Signals

Experiment 5
The Stroboscopic Effect

TOPIC II
THE DISCRETE-TIME FOURIER TRANSFORM

Experiment 6
Resolution of Two Sinsoids

Experiment 7
Separation of Two Sinusoids

Experiment 8
Analysis of Periodic Waveforms

TOPIC III
GAIN AND PHASE-SHIFT

Experiment 9
The Moving Average Filter

Experiment 10
Basic Filter Types

Experiment 11
Filter Transient Response

Experiment 12
Butterworth Filter Design

TOPIC IV
Quantization

Experiment 13
A/D Quantization Error

Experiment 14
Multiplication Quantization Error

Experiment 15
Multiplication Quantization Error in DFI Realization

Experiment 16
Effect of Filter Realization on the Output Multiplication Quantization Error