Nuaymi, Loutfi,
WiMAX : technology for broadband wireless access / Loutfi Nuaymi. - 1 PDF (xxv, 283 pages) : illustrations.
Includes bibliographical references (p. [273]-275) and index.
Preface and Acknowledgements xv / / Abbreviations List xvii / / Part One Global Introduction to wIMAX 1 / / 1 Introduction to Broadband Wireless Access 3 / / 1.1 The Need for wireless Data Transmission 3 -- 1.2 Wireless Networks and Broadband Wireless Access (BWA) 4 -- 1.3 Application of BWA 8 -- 1.4 History of BWA Technologies 11 -- 2 WiMAX Genesis and Framework 13 -- 2.1 IEEE 802.16 Standard 13 -- 2.2 WiMAX Forum 15 -- 2.3 WiMAX Products Certification 16 -- 2.4 Predicted Products and Deployment Evolution 19 -- 2.5 Other 802.16 Standards 20 -- 2.6 The Korean Cousin: WiBro 21 -- 3 Protocol Layers and Topologies 23 -- 3.1 The Protocol Layers of WiMAX 23 -- 3.2 Convergence Sublayer (CS) 25 -- 3.3 Medium Access Control Common Part Sublayer (MAC CPS) 25 -- 3.4 Security Sublayer 25 -- 3.5 PHYsical Layer 26 -- 3.6 Network Management Reference Model 28 -- 3.7 WiMAX Topologies 28 -- 4 Frequency Utilisation and System Profiles 31 -- 4.1 The Cellular Concept 31 -- 4.2 Licensed and Unlicensed Frequencies 36 -- 4.3 WiMAX Frequencies, Regulations and Availability 38 -- 4.4 WiMAX System Profiles 41 -- Part Two WiMAX Physical Layer 43 -- 5 Digital Modulation, OFDM, and OFDMA 45 -- 5.1 Digital Modulations 45 / / 5.2 OFDM Transmission 47 -- 5.3 OFDMA and Its Variant SOFDMA 53 -- 5.4 Subcarrier Permutations in WiMAX OFDMA PHY 57 -- 6 The Physical Layer of WiMAX 69 -- 6.1 The 802.16 Physical Transmission Chains 69 -- 6.2 Channel Coding 69 -- 6.3 Turbo Coding 74 -- 6.4 Transmission Convergence Sublayer (TCS) 77 -- 6.5 Burst Profile 78 -- Part Three WiMAX Multiple Access (MAC Layer) and QoS Management 81 -- 7 Convergence Sublayer (CS) 83 -- 7.1 CS in 802.16 Protocol Architecture 83 -- 7.2 Connections and Service Flow 83 -- 7.3 Classifications and Mapping 88 -- 7.4 CS and QoS 90 -- 7.5 Payload Header Suppression (PHS) 90 -- 8 MAC Functions and MAC Frames 95 -- 8.1 Introduction 95 -- 8.2 MAC Addresses and MAC Frames 95 -- 8.3 Fragmentation, Packing and Concatenation 100 -- 8.4 Basic, Primary and Secondary Management Connections 102. 8.5 User Data and MAC Management Messages 105 -- 8.6 TLV Encoding in the 802.16 Standard 8.6.1 TLV Encoding Sets 106 -- 8.7 Automatic Repeat Request (ARQ) 106 -- 8.8 Scheduling and Link Adaptation 110 -- 9 Multiple Access and Burst Profile Description 113 -- 9.1 Introduction 113 -- 9.2 Duplexing: Both FDD and TDD are Possible 113 -- 9.3 Transmission of Downlink and Uplink Subframes 115 -- 9.4 Maps of Multiple Access: DL-MAP and UL-MAP 121 -- 9.5 Burst Profile Usage: DCD Message and the DIUC Indicator 125 -- 9.6 Mesh Frame 134 -- 10 Uplink Bandwidth Allocation and Request Mechanisms 137 -- 10.1 Downlink and Uplink Allocation of Bandwidth 137 -- 10.2 Types of Uplink Access Grant-request 138 -- 10.3 Uplink Access Grant-request Mechanisms 140 -- 10.4 Contention-based Focused Bandwidth Request in OFDM PHY 150 -- 10.5 Contention-based CDMA Bandwidth Request in OFDMA PHY 153 -- 11 Network Entry and Quality of Service (QoS) Management 155 -- 11.1 Ranging 155 -- 11.2 Link Adaptation 161 -- 11.3 The Five Scheduling Services or QoS Classes 163 -- 11.4 Scheduling and deployment of Services Over WiMAX 167 -- 11.5 Dynamic Service Addition and Change 170 -- 11.6 Network Entry 175 -- Part Four Diverse Topics 183 -- 12 Efficient Use of Radio Resources 185 -- 12.1 Introduction 185 -- 12.2 Radio Engineering Consideration for WiMAX Systems 186 -- 12.3 Radio Resource Management Procedures 189 -- 12.4 Advanced Antenna Technologies in WiMAX 194 -- 12.5 Multicast Broadcast Services (MBS) 204 -- 13 WiMAX Architecture 207 -- 13.1 The Need for a Standardized WiMAX Architecture 207 -- 13.2 Network Reference Model 209 -- 13.3 Network Functionalities 215 -- 14 Mobility, Handover and Power-Save Modes 219 -- 14.1 Handover Considerations 219 -- 14.2 Network Topology Acquisition 220 -- 14.3 The Handover Process 222 -- 14.4 Fast BS Switching (FBSS) and Macro Diversity Handover (MDHO) 225 -- 14.5 Power-Save Modes 227 -- 15 Security 231 -- 15.1 Security Elements Used in the 802.16 Standard 231 -- 15.2 Authentication and the PKM Protocol 235. 15.3 Data Encryption 242 -- 15.4 Message Authentication with HMAC 248 -- 15.5 Other Security Issues 250 -- 16 Comparisons and Conclusion 251 -- 16.1 Comparison Between Fixed WiMAX and Mobile WiMAX 251 -- 16.2 Comparison Between WiMAX and WiFi 252 -- 16.3 Comparison Between WiMAX and 3G 253 -- 16.4 Final Thoughts and Conclusion 254 -- Annex A: The Different Sets of MAC Management Messages 255 -- Annex B: Example of a Downlink Channel Descriptor (DCD) Message 265 -- References 273 -- Index 277.
Restricted to subscribers or individual electronic text purchasers.
WiMAX Broadband Wireless Access Technology based on the IEEE 802.16 standard is at the origin of great promises for many different markets covering fixed wireless Internet Access, Backhauling and Mobile cellular networks. WiMAX technology is designed for the transmission of multimedia services (voice, Internet, email, games and others) at high data rates (of the order of Mb/s per user). It is a very powerful but sometimes complicated technique. The WiMAX System is described in thousands of pages of IEEE 802.16 standard and amendments documents and WiMAX Forum documents. WiMAX: Technology for Broadband Wireless Access provides a global picture of WiMAX and a large number of details that makes access to WiMAX documents much easier. All the aspects of WIMAX are covered. Illustrations and clear explanations for all the main procedures of WiMAX are pedagogically presented in a succession of relatively short chapters . Topics covered include WiMAX genesis and framework, WiMAX topologies, protocol layers, MAC layer, MAC frames, WiMAX multiple access, the physical layer, QoS Management, Radio Resource Management, Bandwidth allocation, Network Architecture, Mobility and Security. Features a glossary of abbreviations and their definitions, and a wealth of explanatory tables and figures. Highlights the most recent changes, including the 802.16e amendment of the standard, needed for Mobile WiMAX. Includes technical comparisons of WiMAX vs. 802.11 (WiFi) and cellular 3G technologies This technical introduction to WiMAX, explaining the rather complex standards (IEEE 802.16-2004 and 802.16e) is a must read for engineers, decision-makers and students interested in WiMAX, as well as other researchers and scientists from this evolving field.
Mode of access: World Wide Web
9780470319055
10.1002/9780470319055 doi
Wireless LANs.
IEEE 802.16 (Standard)
Electronic books.
TK5105.78 / .N83 2007eb
621.38212
WiMAX : technology for broadband wireless access / Loutfi Nuaymi. - 1 PDF (xxv, 283 pages) : illustrations.
Includes bibliographical references (p. [273]-275) and index.
Preface and Acknowledgements xv / / Abbreviations List xvii / / Part One Global Introduction to wIMAX 1 / / 1 Introduction to Broadband Wireless Access 3 / / 1.1 The Need for wireless Data Transmission 3 -- 1.2 Wireless Networks and Broadband Wireless Access (BWA) 4 -- 1.3 Application of BWA 8 -- 1.4 History of BWA Technologies 11 -- 2 WiMAX Genesis and Framework 13 -- 2.1 IEEE 802.16 Standard 13 -- 2.2 WiMAX Forum 15 -- 2.3 WiMAX Products Certification 16 -- 2.4 Predicted Products and Deployment Evolution 19 -- 2.5 Other 802.16 Standards 20 -- 2.6 The Korean Cousin: WiBro 21 -- 3 Protocol Layers and Topologies 23 -- 3.1 The Protocol Layers of WiMAX 23 -- 3.2 Convergence Sublayer (CS) 25 -- 3.3 Medium Access Control Common Part Sublayer (MAC CPS) 25 -- 3.4 Security Sublayer 25 -- 3.5 PHYsical Layer 26 -- 3.6 Network Management Reference Model 28 -- 3.7 WiMAX Topologies 28 -- 4 Frequency Utilisation and System Profiles 31 -- 4.1 The Cellular Concept 31 -- 4.2 Licensed and Unlicensed Frequencies 36 -- 4.3 WiMAX Frequencies, Regulations and Availability 38 -- 4.4 WiMAX System Profiles 41 -- Part Two WiMAX Physical Layer 43 -- 5 Digital Modulation, OFDM, and OFDMA 45 -- 5.1 Digital Modulations 45 / / 5.2 OFDM Transmission 47 -- 5.3 OFDMA and Its Variant SOFDMA 53 -- 5.4 Subcarrier Permutations in WiMAX OFDMA PHY 57 -- 6 The Physical Layer of WiMAX 69 -- 6.1 The 802.16 Physical Transmission Chains 69 -- 6.2 Channel Coding 69 -- 6.3 Turbo Coding 74 -- 6.4 Transmission Convergence Sublayer (TCS) 77 -- 6.5 Burst Profile 78 -- Part Three WiMAX Multiple Access (MAC Layer) and QoS Management 81 -- 7 Convergence Sublayer (CS) 83 -- 7.1 CS in 802.16 Protocol Architecture 83 -- 7.2 Connections and Service Flow 83 -- 7.3 Classifications and Mapping 88 -- 7.4 CS and QoS 90 -- 7.5 Payload Header Suppression (PHS) 90 -- 8 MAC Functions and MAC Frames 95 -- 8.1 Introduction 95 -- 8.2 MAC Addresses and MAC Frames 95 -- 8.3 Fragmentation, Packing and Concatenation 100 -- 8.4 Basic, Primary and Secondary Management Connections 102. 8.5 User Data and MAC Management Messages 105 -- 8.6 TLV Encoding in the 802.16 Standard 8.6.1 TLV Encoding Sets 106 -- 8.7 Automatic Repeat Request (ARQ) 106 -- 8.8 Scheduling and Link Adaptation 110 -- 9 Multiple Access and Burst Profile Description 113 -- 9.1 Introduction 113 -- 9.2 Duplexing: Both FDD and TDD are Possible 113 -- 9.3 Transmission of Downlink and Uplink Subframes 115 -- 9.4 Maps of Multiple Access: DL-MAP and UL-MAP 121 -- 9.5 Burst Profile Usage: DCD Message and the DIUC Indicator 125 -- 9.6 Mesh Frame 134 -- 10 Uplink Bandwidth Allocation and Request Mechanisms 137 -- 10.1 Downlink and Uplink Allocation of Bandwidth 137 -- 10.2 Types of Uplink Access Grant-request 138 -- 10.3 Uplink Access Grant-request Mechanisms 140 -- 10.4 Contention-based Focused Bandwidth Request in OFDM PHY 150 -- 10.5 Contention-based CDMA Bandwidth Request in OFDMA PHY 153 -- 11 Network Entry and Quality of Service (QoS) Management 155 -- 11.1 Ranging 155 -- 11.2 Link Adaptation 161 -- 11.3 The Five Scheduling Services or QoS Classes 163 -- 11.4 Scheduling and deployment of Services Over WiMAX 167 -- 11.5 Dynamic Service Addition and Change 170 -- 11.6 Network Entry 175 -- Part Four Diverse Topics 183 -- 12 Efficient Use of Radio Resources 185 -- 12.1 Introduction 185 -- 12.2 Radio Engineering Consideration for WiMAX Systems 186 -- 12.3 Radio Resource Management Procedures 189 -- 12.4 Advanced Antenna Technologies in WiMAX 194 -- 12.5 Multicast Broadcast Services (MBS) 204 -- 13 WiMAX Architecture 207 -- 13.1 The Need for a Standardized WiMAX Architecture 207 -- 13.2 Network Reference Model 209 -- 13.3 Network Functionalities 215 -- 14 Mobility, Handover and Power-Save Modes 219 -- 14.1 Handover Considerations 219 -- 14.2 Network Topology Acquisition 220 -- 14.3 The Handover Process 222 -- 14.4 Fast BS Switching (FBSS) and Macro Diversity Handover (MDHO) 225 -- 14.5 Power-Save Modes 227 -- 15 Security 231 -- 15.1 Security Elements Used in the 802.16 Standard 231 -- 15.2 Authentication and the PKM Protocol 235. 15.3 Data Encryption 242 -- 15.4 Message Authentication with HMAC 248 -- 15.5 Other Security Issues 250 -- 16 Comparisons and Conclusion 251 -- 16.1 Comparison Between Fixed WiMAX and Mobile WiMAX 251 -- 16.2 Comparison Between WiMAX and WiFi 252 -- 16.3 Comparison Between WiMAX and 3G 253 -- 16.4 Final Thoughts and Conclusion 254 -- Annex A: The Different Sets of MAC Management Messages 255 -- Annex B: Example of a Downlink Channel Descriptor (DCD) Message 265 -- References 273 -- Index 277.
Restricted to subscribers or individual electronic text purchasers.
WiMAX Broadband Wireless Access Technology based on the IEEE 802.16 standard is at the origin of great promises for many different markets covering fixed wireless Internet Access, Backhauling and Mobile cellular networks. WiMAX technology is designed for the transmission of multimedia services (voice, Internet, email, games and others) at high data rates (of the order of Mb/s per user). It is a very powerful but sometimes complicated technique. The WiMAX System is described in thousands of pages of IEEE 802.16 standard and amendments documents and WiMAX Forum documents. WiMAX: Technology for Broadband Wireless Access provides a global picture of WiMAX and a large number of details that makes access to WiMAX documents much easier. All the aspects of WIMAX are covered. Illustrations and clear explanations for all the main procedures of WiMAX are pedagogically presented in a succession of relatively short chapters . Topics covered include WiMAX genesis and framework, WiMAX topologies, protocol layers, MAC layer, MAC frames, WiMAX multiple access, the physical layer, QoS Management, Radio Resource Management, Bandwidth allocation, Network Architecture, Mobility and Security. Features a glossary of abbreviations and their definitions, and a wealth of explanatory tables and figures. Highlights the most recent changes, including the 802.16e amendment of the standard, needed for Mobile WiMAX. Includes technical comparisons of WiMAX vs. 802.11 (WiFi) and cellular 3G technologies This technical introduction to WiMAX, explaining the rather complex standards (IEEE 802.16-2004 and 802.16e) is a must read for engineers, decision-makers and students interested in WiMAX, as well as other researchers and scientists from this evolving field.
Mode of access: World Wide Web
9780470319055
10.1002/9780470319055 doi
Wireless LANs.
IEEE 802.16 (Standard)
Electronic books.
TK5105.78 / .N83 2007eb
621.38212