Praise for Fundamentals of WiMAX

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Acronyms 433IPIP-CSIPsecIP-TVISISDNISIITUJAINKEKLANLDAPLDPCLDP-CRLERLLRLMOSLMMSELOSLPFLRLSLSBLSPLSRLTEMACMACMANMBSMC-CDMAMCSMD5MDHOMIMOMICMIPMIP-HAMISOMLMLDMLSDMMDSMMSInternet protocolIP convergence sublayerIP securityInternet protocol televisionintegrated servicesintegrated services digital networkinter-symbol interferenceInternational Telecommunications UnionJava <strong>for</strong> advanced intelligence networkkey encryption keylocal area networklightweight directory access protocollow-density parity codeslabel distribution protocol/constraint-based routinglabel-edge routerlog liklihood ratiolocal multipoint distribution systemlinear minimum mean square errorline <strong>of</strong> sightlocal policy functionlocation registerleast squaresleast significant bitlabel switched pathlabel switching routerlong-term evolutionmedia access controlmessage-authentication codemetropolitan area networkmulticast broadcast servicemulticarrier CDMAmodulation and coding schememessage-digest 5 algorithmmacrodiversity handovermultiple input multiple outputmean instantaneous capacitymobile IPmobile IP home agentmultiple input/single outputmaximum likelihoodmaximum likelihood detectionmaximum-likelihood sequence detectionmultichannel multipoint distribution servicesmultimedia messaging service
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Praise for Fundamentals of WiMAXThi
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Fundamentals of WiMAX is a comprehe
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Fundamentals of WiMAX
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Fundamentals of WiMAXUnderstanding
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Dedicated to Catherine and my paren
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ContentsForewordPrefaceAcknowledgme
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Contentsxiii3.3.2 Analysis of Cellu
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Contentsxv6.1.1 Random Access versu
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Contentsxvii9.1.1 Packet Header Sup
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ForewordWithin the last two decades
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PrefaceFundamentals of WiMAX was co
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AcknowledgmentsWe would like to tha
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AcknowledgmentsxxvRias Muhamed: I s
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About the AuthorsJeffrey G. Andrews
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PARTIOverview ofWiMAX
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C H A P T E R 1Introduction to Broa
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1.1 Evolution of Broadband Wireless
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1.2 Fixed Broadband Wireless: Marke
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1.4 WiMAX and Other Broadband Wirel
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1.4 WiMAX and Other Broadband Wirel
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1.5 Spectrum Options for Broadband
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1.5 Spectrum Options for Broadband
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1.6 Business Challenges for Broadba
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1.7 Technical Challenges for Broadb
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C H A P T E R 2Overview of WiMAXAft
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2.1 Background on IEEE 802.16 and W
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2.2 Salient Features of WiMAX 37For
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2.3 WiMAX Physical Layer 39very fle
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2.3 WiMAX Physical Layer 41adaptive
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2.3 WiMAX Physical Layer 43Mobile W
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2.3 WiMAX Physical Layer 45OFDM Sym
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2.4 MAC-Layer Overview 47Table 2.4
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2.4 MAC-Layer Overview 49GMHOtherSH
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2.4 MAC-Layer Overview 51Table 2.6
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2.4 MAC-Layer Overview 53Three hand
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2.5 Advanced Features for Performan
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2.6 Reference Network Architecture
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2.7 Performance Characterization 59
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2.8 Summary and Conclusions 61Table
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2.9 Bibliography 63• WiMAX suppor
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PARTIITechnicalFoundations ofWiMAX
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C H A P T E R 3The Challenge ofBroa
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3.2 The Broadband Wireless Channel:
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3.3 Cellular Systems 77To summarize
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3.3 Cellular Systems 79BBGCGCAAFDFD
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3.3 Cellular Systems 81BS 15BS 12BS
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3.3 Cellular Systems 8312316 25 341
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3.5 Modeling Broadband Fading Chann
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3.6 Mitigation of Fading 1053.6.1 N
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3.6 Mitigation of Fading 107space d
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3.6 Mitigation of Fading 109user mu
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3.8 Bibliography 111[3] W. Choi and
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C H A P T E R 4Orthogonal Frequency
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4.1 Multicarrier Modulation 115on e
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4.2 OFDM Basics 117maintain the ort
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4.2 OFDM Basics 1194.2.3 The Cyclic
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4.2 OFDM Basics 121Example 4.2 In t
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4.3 An Example: OFDM in WiMAX 123Ti
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4.4 Timing and Frequency Synchroniz
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4.5 The Peak-to-Average Ratio 131ne
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4.5 The Peak-to-Average Ratio 13310
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4.5 The Peak-to-Average Ratio 137Si
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4.6 OFDM’s Computational Complexi
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4.8 Summary and Conclusions 145% nu
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4.9 Bibliography 147[30] S. Müller
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C H A P T E R 5Multiple-AntennaTech
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5.1 The Benefits of Spatial Diversi
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5.1 The Benefits of Spatial Diversi
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5.2 Receive Diversity 1555.2.1 Sele
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5.3 Transmit Diversity 157whereas b
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5.3 Transmit Diversity 159increasin
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5.3 Transmit Diversity 161The resul
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5.3 Transmit Diversity 163where I i
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5.3 Transmit Diversity 165N a: Tota
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5.3 Transmit Diversity 167different
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5.4 Beamforming 169Therefore, the r
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5.4 Beamforming 171and a unique sol
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5.4 Beamforming 173where α is an a
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5.5 Spatial Multiplexing 175where t
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5.5 Spatial Multiplexing 177Table 5
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5.5 Spatial Multiplexing 179Antenna
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5.6 Shortcomings of Classical MIMO
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5.6 Shortcomings of Classical MIMO
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5.7 Channel Estimation for MIMO-OFD
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5.7 Channel Estimation for MIMO-OFD
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5.8 Channel Feedback 1895.8 Channel
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5.9 Advanced Techniques for MIMO 19
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C H A P T E R 6Orthogonal Frequency
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6.1 Multiple-Access Strategies for
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6.1 Multiple-Access Strategies for
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6.2 Multiuser Diversity and Adaptiv
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6.2 Multiuser Diversity and Adaptiv
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6.3 Resource-Allocation Techniques
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6.4 OFDMA in WiMAX: Protocols and C
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6.5 Summary and Conclusions 2196.4.
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6.6 Bibliography 221[6] J. Chow, J.
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C H A P T E R 7Networking and Servi
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7.1 Quality of Service 225buffering
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7.1 Quality of Service 227per-flow
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7.1 Quality of Service 229soft and
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7.1 Quality of Service 231DiffServ
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7.2 Multimedia Session Management 2
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7.3 Security 2417.3 SecuritySecurit
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7.3 Security 243The AES algorithm o
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7.3 Security 245MessageCounter1 2 3
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7.3 Security 247Sidebar 7.2 The Mat
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7.4 Mobility Management 249EAP incl
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7.4 Mobility Management 2517.4.2 Ha
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7.4 Mobility Management 253Table 7.
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7.4 Mobility Management 255moved to
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7.4 Mobility Management 257Correspo
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7.4 Mobility Management 259listen t
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7.5 IP for Wireless: Issues and Pot
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7.5 IP for Wireless: Issues and Pot
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7.6 Summary and Conclusions 265Atte
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7.7 Bibliography 267[20] T. Dierks.
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PARTIIIUnderstandingWiMAX and ItsPe
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C H A P T E R 8PHY Layer of WiMAXTh
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8.1 Channel Coding 273DigitalDomain
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8.1 Channel Coding 275algorithm, si
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8.1 Channel Coding 277ABInterleaver
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8.3 Interleaving 279R1/3 Coding1st
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8.5 OFDM Symbol Structure 281QQb 0b
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8.6 Subchannel and Subcarrier Permu
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8.7 Slot and Frame Structure 291OFD
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8.8 Transmit Diversity and MIMO 293
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8.8 Transmit Diversity and MIMO 295
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8.9 Closed-Loop MIMO 297SubcarrierM
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8.9 Closed-Loop MIMO 2998.9.3 Codeb
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8.10 Ranging 301OFDM Symbol Constru
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8.12 Channel-Quality Measurements 3
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8.14 Bibliography 305Table 8.7 Summ
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C H A P T E R 9MAC Layer of WiMAXCh
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9.1 Convergence Sublayer 3099.1 Con
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9.1 Convergence Sublayer 311HeaderP
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9.2 MAC PDU Construction and Transm
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9.2 MAC PDU Construction and Transm
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9.4 Quality of Service 317either in
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9.5 Network Entry and Initializatio
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9.6 Power-Saving Operations 325BSMS
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9.7 Mobility Management 3279.6.2 Id
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9.7 Mobility Management 3299.7.1 Ha
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9.7 Mobility Management 331OFDM Sym
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9.9 Bibliography 333handoff to full
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C H A P T E R 1 0WiMAX NetworkArchi
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10.2 Network Reference Model 337Dec
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10.2 Network Reference Model 339tio
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10.3 Protocol Layering Across a WiM
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10.3 Protocol Layering Across a WiM
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10.6 Authentication and Security Ar
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10.6 Authentication and Security Ar
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10.7 Quality-of-Service Architectur
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10.7 Quality-of-Service Architectur
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10.8 Mobility Management 353• Com
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10.8 Mobility Management 355is the
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10.8 Mobility Management 357R1R3BSH
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10.9 Radio Resource Management 359M
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10.10 Paging and Idle-Mode Operatio
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10.12 Bibliography 363[2] WiMAX For
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C H A P T E R 1 1Link-Level Perform
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11.1 Methodology for Link-Level Sim
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11.1 Methodology for Link-Level Sim
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11.2 AWGN Channel Performance of Wi
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11.3 Fading Channel Performance of
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11.4 Benefits of Multiple-Antenna T
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11.5 Advanced Receiver Structures a
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11.7 Bibliography 39911.7 Bibliogra
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C H A P T E R 1 2System-Level Perfo
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12.1 Wireless Channel Modeling 403o
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12.2 Methodology for System-Level S
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Page 882: 12.3 System-Level Simulation Result
Page 898: 12.4 Summary and Conclusions 421Tab
Page 902: 12.5 Appendix: Propagation Models 4
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Page 910: 12.6 Bibliography 427Base StationdM
Page 914: Acronyms1xEV-DO1xEV-DV3DES3G3GPP3GP
Page 918: Acronyms 431DHCPDiffServDLDNSDoADOC
Page 924: 434 AcronymsMMSEMNMPDUMPEGMPLSM-QAM
Page 928: 436 AcronymsRSRSARSSRSSERSSIRSVPRTC
Page 932: 438 AcronymsWANWAPWCDMAWCSWiBroWi-F
Page 936: 440 Indexautomatic repeat requests
Page 940: 442 IndexElectronics and Telecommun
Page 944: 444 IndexLlabel switching routers (
Page 948: 446 Indexpilot symbol, 130plaintext
Page 952: 448 Indexstatistical channel model,
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