Resource Management in Wireless Networking

1. Front Matter

   Pages i-xx

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2. Resource Management Architectures

   1. QoS for Multimedia Services in Wireless Networks

      • Hua Zhu, Imrich Chlamtac

      Pages 1-40

   2. Cross-Layer Architectures for Bandwidth Management in Wireless Networks

      • Klara Nahrstedt, Samarth H. Shah, Kai Chen

      Pages 41-62

   3. Resource Management and Connection Admission Control in Wireless Networks

      • Tuna Tugcu

      Pages 63-80

3. Channel Allocation and Scheduling

   1. Real-Time Guarantees in Wireless Networks

      • Shengquan Wang, Ripal Nathuji, Riccardo Bettati, Wei Zhao

      Pages 81-102

   2. Fair Real-Time Scheduling over a Wireless LAN

      • Insik Shin, Sanjeev Khanna, Insup Lee

      Pages 103-121

   3. Inter-Domain Radio Resource Management for Wireless LANs

      • Yasuhiko Matsunaga, Randy H. Katz

      Pages 122-141

   4. High Performance Broadband Wireless Infrastructure Extension Networks

      • Rene L. Cruz, Arvind Santhanam, Bongyong Song

      Pages 142-164

   5. Truthful Computing in Wireless Networks

      • Xiang-Yang Li, WeiZhao Wang

      Pages 165-197

4. Medium Access Control

   1. Resource Allocation of Spatial Time Division Multiple Access in Multi-hop Radio Networks

      • Peter Värbrand, Di Yuan

      Pages 198-222

   2. QoS Enhancement for the IEEE 802.11e Distributed Wireless LANs

      • Yang Xiao, Haizhon Li

      Pages 223-251

   3. Time-Domain, Frequency-Domain, and Network Level Resource Management Schemes in Bluetooth Networks

      • Yu-Kwong Kwok

      Pages 252-299

   4. Energy-Efficient MAC Layer protocols in Ad Hoc Networks

      • Fang Liu, Kai Xing, Xiuzhen Cheng, Shmuel Rotenstreich

      Pages 300-341

5. Routing and Resource Discovery

   1. QoS-Based Routing in Wireless Mobile Networks

      • Eylem Ekici

      Pages 342-364

   2. Quality of Service Routing in Mobile Ad Hoc Networks

      • Imad Jawhar, Jie Wu

      Pages 365-400

   3. Topology Management of Hierarchical Mobile Ad Hoc Networks

      • Mario Gerla, Kaixin Xu

      Pages 401-418

   4. Efficient Resource Discovery in Wireless AdHoc Networks: Contacts Do Help

      • Ahmed Helmy

      Pages 419-471

   5. Hybrid Routing Protocols for Mobile Ad-hoc Networks

      • Lan Wang, Stephan Olariu

      Pages 472-506

   6. Localization in Wireless Ad Hoc Networks

      • Dmitri D. Perkins, Ramesh Tumati, Hongyi Wu, Ikhlas Ajbar

      Pages 507-542

6. Broadcast and Multicast

   1. Energy-Efficient Broadcasting in Wireless Mobile Ad Hoc Networks

      • François Ingelrest, David Simplot-Ryl, Ivan Stojmenović

      Pages 543-582

Following the pattern of the Internet growth in popularity, started in the early 1990s, the current unprecedented expansion of wireless technology promises to have an even greater effect on how people communicate and interact, with considerable socio-economic impact all over the world. The driving force behind this growth is the remarkable progress in component miniaturization, integration, and also devel- ments in waveforms, coding, and communication protocols. Besides established infrastructurebased wireless networks (cellular, WLAN, sat- lite) ad-hoc wireless networks emerge as a new platform for distributed applications and for personal communication in scenarios where deploying infrastructure is not feasible. In ad-hoc wireless networks, each node is capable of forwarding packets on behalf of other nodes, so that multi-hop paths provide end-to-end connectivity. The increased flexibility and mobility of ad-hoc wireless networks are favored for appli- tions in law enforcement, homeland defense and military. In a world where wireless networks become increasingly interoperable with each other and with the high-speed wired Internet, personal communication systems will transform into universal terminals with instant access to variate content and able of handle demanding tasks, such as multimedia and real-time video. With users roaming between networks, and with wide variation in wireless link quality even in a single domain, the communications terminal must continue to provide a level of Quality of Service that is acceptable to the user and conforms to a contracted Service Level Agreement.

• Bluetooth
• Performance
• Radio
• algorithms
• communication
• management
• multimedia

• Florida Atlantic University, Boca-Raton

  Mihaela Cardei, Ionut Cardei

• University of Minnesota, Minneapolis

  Ding-Zhu Du

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