PRIME CODES WITH APPLICATIONS TO CDMA OPTICAL AND WIRELESS NETWORKS

Le Monde En Tique

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Ouvrage 1-58053-073-7 : PRIME CODES WITH APPLICATIONS TO CDMA OPTICAL AND WIRELESS NETWORKS
Table of Contents
Preface
1 Preliminary Materials 1 1.1 Galois Fields 1 1.2 Vector Spaces 6 1.3 Matrix Theory 11 1.4 Polynomials 18 1.5 Primitive Elements 22 1.6 Polynomial Representations of Vectors 23 1.7 Hamming Distance and Weight 26 1.8 Correlation Functions 27 1.9 Basic Tools for Performance Analyses 29 2 Families of Prime Codes 43 2.1 Prime Code 44
2.2 Extended Prime Code 48 2.3 Synchronized Prime Code 53 2.4 2[superscript n] Prime Code 57 2.5 Generalized Prime Code 76 2.6 Carrier-Hopping Prime Code 79 2.7 Multilength Carrier-Hopping Prime Code 87 2.8 Concatenated Prime Code 97 2.9 Multicarrier Prime Code 103 3 Code-Division Multiple-Access Optical Networks 113 3.1 Optical Multiple Accessing Schemes 114 3.2 Optical Code-Division Multiple-Access 117 3.3 Optical Signal Processing in Optical CDMA 120 3.4 Experimental Demonstration of Optical CDMA 124 3.5 Performance Analysis of Optical CDMA with the Original Prime Code 126
3.6 Performance Analysis of Optical CDMA with the Extended Prime Code 135
3.7 Performance Analysis of Optical CDMA Without Chip Synchronization 136
4 Synchronous CDMA Optical Networks 157 4.1 S/CDMA System Description 159 4.2 Experimental Demonstration of S/CDMA 160 4.3 Applications of S/CDMA 164 4.4 Performance Analysis of S/CDMA with the Synchronized Prime Code 167 5 2[superscript n] CDMA Optical Networks 181 5.1 Optical CDMA Coding Configurations 183 5.2 Normalized Delay Length of Optical Encoders and Decoders 194 5.3 Ideal Power Loss of Optical Encoders and Decoders 201 5.4 Experimental Demonstrations of Serial Coding Configuration 207 5.5 Applications 213 5.6 Performance Analysis of Optical CDMA with the 2[superscript n] Prime Code 217
5.7 Supplementary - Even-Spaced 2[superscript n] Code 218 6 Synchronization for CDMA Optical Networks 227 6.1 Cross-Correlation Properties of Synchronization and Data Signature Sequences 230
6.2 Application 233 6.3 Performance Analyses 235 6.4 Discussion 245 6.5 Supplementary - Quadratic Congruence Codes 246 7 Multiwavelength CDMA Optical Networks 253 7.1 System Models 256 7.2 Performance Analysis of Multiwavelength CDMA with the Carrier-Hopping Prime Code 260 8 Frequency-Hopping CDMA Wireless Networks 271 8.1 Basic CDMA System Models 274 8.2 MFSK/FH-CDMA System Model 278 8.3 Discussion of FH Codes 280 8.4 Performance Analysis of MFSK/FH-CDMA with One-Hit FH Codes 284 8.5 Performance Comparison of One-Hit and Random FH Codes 291 8.6 Applications 294 9 FH-CDMA Wireless Networks with Multimedia Services 301 9.1 Multimedia FH-CDMA System Model 305 9.2 Double-Media MFSK/FH-CDMA System Model 307 9.3 Discussion of Multilength FH Codes 307 9.4 Performance Analysis of MFSK/FH-CDMA with One-Hit, Double-Length FH Codes 311
9.5 Performance Comparison of One-Hit and Random, Double-Length FH Codes 318
10 Multicarrier FH-CDMA Wireless Networks 325 10.1 Multicarrier MFSK/FH-CDMA System Model 327 10.2 Performance Analysis of Multicarrier MFSK/FH-CDMA with One-Hit, Multicarrier FH Codes 335 About the Authors 341 Index 343


Auteur : YANG
Editeur : ARTECH HOUSE
Nombre de pages : 347
Date de publication : 04 2002

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