Theory of code division multiple access communication / Kamil Sh. Zigangirov.

Format:

Book

Author/Creator:

Zigangirov, K. Sh.

Series:

IEEE series on mobile & digital communication

IEEE series on digital & mobile communication

Language:

English

Subjects (All):

Code division multiple access.

Physical Description:

x, 399 pages : illustrations ; 25 cm.

Place of Publication:

New York : Wiley, 2004.

Summary:

The book is an introduction to CDMA communication, and emphasizes the role this technology played in the development of wireless communication and cellular mobile radio systems that have arisen in the past decade.

Contents:

1 Introduction to Cellular Mobile Radio Communication 1

1.1 Cellular Mobile Radio Systems 1

1.2 Frequency Division and Time Division Multiple Access 4

1.3 Direct Sequence CDMA 7

1.4 Frequency-Hopped CDMA 17

1.5 Pulse Position-Hopped CDMA 23

2 Introduction to Spread Spectrum Communication Systems 36

2.1 Modulation Formats for SS Communication 37

2.2 Correlation and Spectral Properties of Modulated Signals 50

2.3 Generation of DS SS Signals 55

2.4 Frequency-Hopped SS Signals 65

2.5 Pulse Position-Hopped SS Signals 69

2.6 Orthogonal and Quasi-Orthogonal Expansions of SS Signals 73

3 Reception of Spread Spectrum Signals in AWGN Channels 86

3.1 Problem Formulation 86

3.2 Neyman

Pearson Hypothesis Testing Concept 89

3.3 Coherent Reception of DS CDMA Signals (Uplink Transmission) 100

3.4 Coherent Reception of DS CDMA Signals (Downlink Transmission) 108

3.5 Reception of DS DPSK SS Signals 113

3.6 Reception of FH SS Signals 118

3.7 Reception of PPH SS Signals 126

4 Forward Error Control Coding in Spread Spectrum Systems 137

4.1 Introduction to Block Coding 137

4.2 First-Order Reed

Muller Code 143

4.3 Noncoherent Reception of Encoded DS CDMA Signals 149

4.4 Introduction to Convolutional Coding 155

4.5 Convolutional Coding in DS CDMA Systems 162

4.6 Orthogonal Convolutional Codes 167

4.7 Coding in FH and PPH CDMA Systems 171

4.8 Concatenated Codes in CDMA Systems 176

5 CDMA Communication on Fading Channels 186

5.1 Statistical Models of Multipath Fading 186

5.2 Coherent Reception of Faded Signals 190

5.3 Forward Transmission over a Multipath Faded Channel in a DS CDMA System 197

5.4 Reverse Transmission over a Multipath Faded Channel in a DS CDMA System 205

5.5 Interleaving for a Rayleigh Channel 214

5.6 FH SS Communication over Rayleigh Faded Channels 219

6 Pseudorandom Signal Generation 229

6.1 Pseudorandom Sequences and Signals 229

6.2 Finite-Field Arithmetic 233

6.3 Maximum-Length Linear Shift Registers 237

6.4 Randomness Properties of Maximal-Length Sequences 241

6.5 Generating Pseudorandom Signals (Pseudonoise) from Pseudorandom Sequences 244

6.6 Other Sets of Spreading Sequences 247

7 Synchronization of Pseudorandom Signals 255

7.1 Hypothesis Testing in the Acquisition Process 256

7.2 Performance of the Hypothesis Testing Device 263

7.3 The Acquisition Procedure 270

7.4 Modifications of the Acquisition Procedure 275

7.5 Time Tracking of SS Signals 284

7.6 Coherent Reception of Uplink Transmitted Signals in the DS CDMA System 290

8 Information-Theoretical Aspects of CDMA Communications 300

8.1 Shannon Capacity of DS CDMA Systems 301

8.2 Reliability Functions 309

8.3 Capacity of FH CDMA Systems 317

8.4 Uplink Multiple-Access Channels 323

8.5 Downlink Multiple-Access Channels 331

8.6 Multiuser Communication in the Rayleigh Fading Channels 332

9 CDMA Cellular Networks 342

9.1 General Aspects of CDMA Cellular Networks 343

9.2 Other-Cell Relative Interference Factors 345

9.3 Handoff Strategies 350

9.4 Power Control 353

9.5 Erlang Capacity of CDMA System 359

9.6 Interference Cancellation in the Reverse Link of the DS CDMA System 363

9.7 User Coordination in the Forward Link of the DS CDMA System 367

9.8 Third-Generation Wireless Cellular Networks 377

Appendix A Analysis of the Moments of the Decision Statistics for the FH CDMA Communication System 385.

Notes:

Includes bibliographical references (pages 390-393) and index.

ISBN:

0471457124 :

OCLC:

55620956