Communications Toolbox for Use with MATLAB: User's Guide

Front Cover
MathWorks, 2006 - Digital communications
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Contents

Getting Started
1-1
White Gaussian Noise
2-2
Performance Results via Simulation
3-3
Theoretical Performance Results
3-9
Eye Diagrams 319
3-19
Selected Bibliography for Performance Evaluation 325
3-25
The BERTool Environment
4-4
Using the Semianalytic Technique to Compute BERs 414
4-15
Digital Modulation
8-8
Using Modem Objects 821
8-21
Designing Hilbert Transform Filters
9-5
Designing Raised Cosine Filters 913
9-13
Fading Channels 106
10-9
Binary Symmetric Channel 1038
10-38
Selected Bibliography for Channels 1040
10-40
Using Adaptive Equalizer Functions and Objects 118
11-8

Running MATLAB Simulations 420
4-21
Preparing Simulation Functions for Use with
4-27
Preparing Simulink Models for Use with BERTool 441
4-41
Managing BER Data 450
4-53
Quantizing a Signal
5-2
Optimizing DPCM Parameters 510
5-10
Arithmetic Coding 516
5-16
Block Coding
6-3
April 1996
6-15
Convolutional Coding 631
6-31
Interleaving
7-1
October 2004
7-14
Modulation
8-1
Using Adaptive Equalizers 1117
11-19
Using MLSE Equalizers 1128
11-28
Galois Field Computations
12-1
Arithmetic in Galois Fields 1213
12-13
Logical Operations in Galois Fields 1219
12-19
Signal Processing Operations in Galois Fields 1228
12-28
Manipulating Galois Variables 1236
12-36
Galois Fields of Odd Characteristic
A-1
Default Primitive Polynomials
A-8
Polynomials over Prime Fields A16
A-16
Selected Bibliography for Galois Fields A22
A-22
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