book

Modeling of Digital Communication Systems Using SIMULINK

by Allen H. Levesque, Arthur A. Giordano

March 2015

Intermediate to advanced

408 pages

7h 22m

English

Wiley

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ScopeOrganization of the BookChapter 1Chapter 2Chapter 3Chapter 4Chapter 5Chapter 6Chapter 7Chapter 8Chapter 9Chapter 10Chapter 11Chapter 12Chapter 13About the Software
1.1 Introduction1.2 Starting a MATLAB Session1.3 Simulink Block Libraries1.4 Building a New Simulink Model1.5 Executing the Simulink Model1.6 Reconfiguring the Signal Block1.7 Sample-Based Signals1.8 Sending Data to Workspace1.9 Using Model Explorer1.10 Adding Labels to Figures1.11 Selecting Model Configuration Parameters1.12 Summary DiscussionProblems
2.1 A First Simulink Model2.2 Simulink Model of Sine Wave2.3 Spectrum of a Sine Wave2.4 Summary DiscussionProblems

3.1 BPSK and QPSK Error Rate Performance in AWGN3.2 Construction of a Simulink Model in Simple Steps3.3 Comparison of Simulated and Theoretical BER3.4 Alternate Simulink Model for BPSK3.5 Frame-Based Simulink Model3.6 QPSK Symbol Error Rate Performance3.7 BPSK Fixed Point Performance3.8 Summary DiscussionAppendix 3.A: Theoretical BER Performance of BPSK in AWGNProblems
4.1 MPSK and QAM Error Rate Performance in AWGN4.2 MPSK Simulink Model4.3 BER for Other Alphabet Sizes4.4 Fixed Point BER for MPSK4.5 QAM Simulink Model4.6 QAM BER for Other Alphabet Sizes Using Average Power4.7 QAM BER Using Peak Power4.8 Power Amplifier Constraint Using Peak Power Selection with QAM4.9 Summary DiscussionProblems
5.1 FSK and MSK Error Rate Performance in AWGN5.2 BFSK Simulink Model5.3 MFSK Simulink Model5.4 MSK Simulink Model5.5 MSK Power Spectrum5.6 Summary DiscussionProblems
6.1 BPSK in Rayleigh and Rician Fading6.2 BPSK BER Performance in Rayleigh Fading6.3 BPSK BER Performance in Rician Fading6.4 BPSK BER Performance in Rician Fading with Multipath6.5 Summary DiscussionAppendix 6.A: Theoretical BER Performance of BPSK in Rayleigh FadingAppendix 6.B: Theoretical BER Performance of BPSK in Rician FadingProblems
7.1 FSK in Rayleigh and Rician Fading7.2 BFSK BER Performance in Rayleigh Fading7.3 MFSK BER Performance in Rayleigh Fading7.4 BFSK BER Performance in Rician Fading7.5 BFSK BER Performance in Rician Fading with Multipath7.6 Summary DiscussionAppendix 7A: Theoretical BER Performance of FSK in Rayleigh and Rician FadingProblems
8.1 Digital Modulations in Rayleigh Fading With STBC8.2 BPSK BER in Rayleigh Fading with STBC8.3 QAM BER in Rayleigh Fading with STBC8.4 Summary DiscussionAppendix 8A: Space–Time Block Coding for BPSKAppendix 8B: Space–Time Block Coding for 16-QAMProblems
9.1 Digital Communications with Block Coding in AWGN9.2 BER Performance of BPSK in AWGN with a Binary BCH Block Code9.3 BER Performance of BPSK in AWGN with a Hamming Code9.4 BER Performance of BPSK in AWGN with a Golay(24,12) Block Code9.5 BER Performance of FSK in AWGN with Reed-Solomon Code9.6 BER Performance of QAM in AWGN with Reed-Solomon Coding9.7 Summary DiscussionProblems
10.1 Digital Communications with Block Coding in Fading10.2 BER Performance of BPSK in Rayleigh Fading with Interleaving and a BCH Block Code10.3 BER Performance of BFSK in Rayleigh Fading with Interleaving and a Golay(24,12) Block Code10.4 BER Performance of 32-FSK in Rayleigh Fading with Interleaving and a Reed-Solomon(31,15) Block Code10.5 BER Performance of 16-QAM in Rayleigh Fading with Interleaving and a Reed-Solomon(15,7) Block Code10.6 BER Performance of 16-QAM in Rayleigh and Rician Fading with Interleaving and a Reed-Solomon(15,7) Block Code10.7 BER Performance of BPSK in Rayleigh Fading with Interleaving and a BCH Block Code and Alamouti STBC10.8 BER Performance of BFSK in Rayleigh Fading with Interleaving and a Golay(24,12) Block Code and Alamouti STBC10.9 BER Performance of 32-FSK in Rayleigh Fading with Interleaving and a Reed-Solomon(31,15) Block Code and Alamoutix STBC10.10 BER Performance of 16-QAM in Rayleigh Fading with Interleaving and a Reed-Solomon (15,7) Block Code and Alamouti STBC10.11 Summary DiscussionProblems
11.1 Digital Communications with Convolutional Coding in AWGN and Fading11.2 BER Performance of Convolutional Coding and BPSK in AWGN11.3 BER Performance of Convolutional Coding and BPSK in AWGN and Rayleigh Fading with Interleaving (Soft- and Hard-Decision Decoding)11.4 BER Performance of Convolutional Coding and BPSK and Alamouti STBC in Rayleigh Fading with Interleaving11.5 Summary DiscussionProblems
12.1 Adaptive Equalization12.2 BER Performance of BPSK in Dispersive Multipath Channel Using an LMS Linear Equalizer12.3 BER Performance of BPSK in Dispersive Multipath Channel Using an LMS Linear Equalizer From the Simulink Library12.4 BER Performance of QPSK in a channel with ISI Using an LMS Linear Equalizer12.5 BER Performance of BPSK in Dispersive Multipath Channel Using a Decision Feedback Equalizer12.6 BER Performance of BPSK in Rayleigh Fading Multipath Channel Using an RLS Equalizer12.7 Summary DiscussionProblems
13.1 Linear Predictive Coding (LPC) for Speech Compression13.2 RLS Interference Cancellation13.3 Spread Spectrum13.4 Antenna Nulling13.5 Kalman Filtering13.6 Orthogonal Frequency Division Multiplexing13.7 Turbo Coding with BPSK
A.A.1 Sources (Figure A.1)A.A.2 Sinks (Figure A.2)A.A.3 Modulations (Figure A.3)A.A.4 Channels (Figure A.4)A.A.5 Error Control Coding (Figure A.5)A.A.6 Signal Processing (Figure A.6)A.A.7 Statistics (Figure A.7)A.A.8 Special Blocks (Figure A.8)

Content preview from Modeling of Digital Communication Systems Using SIMULINK

Chapter 2Sinusoidal Simulink Model

2.1 A First Simulink Model

This chapter continues focusing on the development of a simple Simulink model based on a sinusoidal signal. Specific topics include:

Simulink model of a sine wave
Spectrum of a sine wave

2.2 Simulink Model of Sine Wave

This section continues focusing on the development of the Simulink model of a sine wave presented in Chapter 1. A general representation of a sine wave with amplitude A, carrier frequency $c02-math-0001$ and phase $c02-math-0002$ is

A Simulink model for displaying and analyzing its characteristics is shown in Figure 2.1.

nfg001 — **Figure 2.1** Simulink Model for Sine Wave.

The Simulink model parameters for this example are specified as follows:

The Source Block Parameters: Sine Wave are provided in Figure 2.2.

Figure 2.2 User Inputs

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