WiMAX/MobileFi: Advanced Research and TechnologyYang Xiao WiMAX is bringing about a worldwide revolution in broadband wireless access, including both fixed and mobile handsets. The IEEE 802.16 working group standardized most aspects of WiMAX signaling messages. However, several algorithms were left unspecified opening the door for innovations in protocol engineering for 802.16/802.20-based broadband wirel |
Contents
| 1 | |
Chapter 2 Mobile WiMAX Networks and Their Integration with WiFi Networks | 31 |
Chapter 3 QoS Support in IEEE 80216Based Broadband Wireless Networks | 49 |
Chapter 4 Security in Fixed and Mobil IEEE 80216 Networks | 69 |
Chapter 5 Mobility Support and Conversation of Terminal Energy in IEEE 80216 Wireless Networks | 113 |
Chapter 6 On the Best Frequency Reuse Scheme in WiMAX | 133 |
A Simulation Study | 149 |
Chapter 8 Configuration Issues and Best Effort Performance Investigation of IEEE 80216e | 177 |
Chapter 11 Handoff Management with Network Architecture Evolution in IEEE Broadband Wireless Mobility Networks | 237 |
Chapter 12 Distributed Architecture for Future WiMAXLike Wireless IP Networks | 253 |
Chapter 13 Centralized Scheduling Algorithms for 80216 Mesh Networks | 267 |
Chapter 14 LoadBalancing Approach to Radio Resource Management in Mobile WiMAX Network | 289 |
Chapter 15 MultiService Opportunistic QoSEnhanced Scheduler for the Downlink of IEEE 80216 PointtoMultipoint Systems | 331 |
Chapter 16 Effects of Rain on IEEE 80216 Systems Deployment | 351 |
Chapter 17 Resource Management in WiMAX Networks | 377 |
| 409 | |
Chapter 9 QoS Architecture for Efficient Bandwidth Management in the IEEE 80216 Mesh Mode | 197 |
Chapter 10 QualityofService Scheduling for WiMAX Networks | 217 |
Back cover | 425 |
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Common terms and phrases
active adaptive algorithm allocation applications architecture assigned authentication authorization bandwidth block broadband capacity cell channel coding Communications connection considered defined delay designed distributed downlink efficient encryption example fairness Figure fixed frame frequency function given grants handoff handover IEEE increases initial layer load maximum mechanism mesh Mobile Mobile WiMAX mode modulation multiple node nrtPS obtained OFDM OFDMA operation optimization packet parameters performance period probability proposed protocol queue radio rain range receiving request requirements resource reuse rtPS scheduling scheme sector service flows serving shared shown shows signal simulation specific standard Station subcarriers subchannels subframe subscriber symbols throughput tion traffic transmission transmit uplink users WiMAX WiMAX network wireless
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