Praise for Fundamentals of WiMAX

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12.2 Methodology for System-Level Simulation 411Table 12.2 System-Level Simulation ParametersParameterValueNumber of sites 19Number of sectors per site 3Site-to-site distance 2,000mFrequency reuse (1,1,3) and (1,3,3)Channel bandwidth 10MHzUL/DL duplexing scheme TDD (28 symbols for DL, 9 symbols for UL, 11 symbols for frame overhead)Number of subchannels DL 48 2 × 3 band AMC subchannels, 30 PUSC subchannelsNumber of subchannels UL 48 2 × 3 band AMC subchannels, 35 PUSC subchannelsNumber of subcarriers 1,024Subcarrier permutationmodeBand AMC and PUSCCarrier frequency 2,300MHzBS antenna gain18dBiBS antenna patternBS antenna heightBS noise figureBS cable lossBS transmit powerMS antenna gainMS antenna heightMS noise figureMS cable lossMS transmit powerBuilding penetration lossStandard deviation ofshadow fadeCorrelation of shadow fadePathloss modelMultipath channelMIMO fading correlationReceiver structureTraffic modelNumber of users per sectorScheduling algorithmθg( θ) = – min 12⎛⎛---------⎞ 2 , A ⎞⎝⎝⎠ m , where Am = 20dB, θ⎠3dB = 70 o30m4dB3dB43dBm per antenna element (an 8dB backoff is assumed for 64 QAM modulation)0dBi for handheld and 6dBi for desktop1m8dB0dB27dBm per antenna element0dB for outdoor (handheld) and 10dB for indoor (desktop)8dBθ 3dB0.5 intersite envelope correlation and 0.9 intrasite (sector to sector) envelopecorrelationSuburban COST 231 Hata modelPed B, Ped A0.5 for MS antenna elements, 0.5 for BS antenna elementMLD for matrix A and MMSE for matrix BFull buffer (QoS of all users is identical)40 simultaneous usersProportional fairness and round-robin
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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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Page 916: 430 AcronymsBRSBSBSCBSNBTSCBCCBRCCC
Page 920: 432 AcronymsFFTFHDCFIBFIPSFIRFMFSHF
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436 AcronymsRSRSARSSRSSERSSIRSVPRTC
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438 AcronymsWANWAPWCDMAWCSWiBroWi-F
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440 Indexautomatic repeat requests
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442 IndexElectronics and Telecommun
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444 IndexLlabel switching routers (
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446 Indexpilot symbol, 130plaintext
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448 Indexstatistical channel model,
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