edited by Dharma P Agrawal (University of Cincinnati, USA) & Bin Xie (University of Cincinnati, USA)

Ad hoc and ubiquitous computing technologies have received extensive attention in both the academia and industry with the explosive growth of wireless communication devices. These technologies are beneficial for many applications, such as offering futuristic high bandwidth access for users, and are expected to offer more exciting and efficient services, anytime and anywhere. In order to satisfy these diverse applications, the design issues of various wireless networks such as ad hoc, sensor, and mesh networks are extremely complicated and there are a number of technique challenges that need to be explored, involving every layer of the OSI protocol stack.

This book aims to provide a complete understanding of these networks by investigating the evolution of ad hoc, sensor, and mesh networking technologies from theoretic concept to implementation protocols, from fundamentals to real applications. It provides the necessary background material needed to go deeper into the subject and explore the research literature. The explanation in the book is therefore sufficiently detailed to serve as a comprehensive reference for students, instructors, researchers, engineers, and other professionals, building their understanding of these networks.

• Mobile Ad Hoc Networks:
  • Survey on Link Quality Models in Wireless Ad Hoc Networks (M Lu & J Wu)
  • Scalable Multicast Routing in Mobile Ad Hoc Networks (R Menchaca-Mendez & J J Garcia-Luna-Aceves)
  • TCP, Congestion, and Admission Control Protocols in Ad Hoc Networks (A Mishra et al.)
  • Wireless Ad Hoc Networks with Directional Antennas (B Alawieh et al.)
  • Peer-to-Peer and Content Sharing in Vehicular Ad Hoc Networks (M Abuelela & S Olariu)
  • Properties of the Vehicle-to-Vehicle Channel for Dedicated Short Range Communications (L Cheng et al.)
  • Radio Resource Management in Cellular Relay Networks (K-D Lee & V C M Leung)
  • Game Theoretic Tools Applied to Wireless Networks (H Liu et al.)
• Wireless Sensor Networks
  • Wireless Sensor Networks — Routing Protocols (A Jamalipour & M A Azim)
  • Handling QoS Traffic in Wireless Sensor Networks (M Younis et al.)
  • Mobility in Wireless Sensor Networks (A Asok et al.)
  • Delay-Tolerant Mobile Sensor Networks (Y Wang & H Wu)
  • Integration of RFID and Wireless Sensor Networks (H Liu et al.)
  • Integrating Sensor Networks with the Semantic Web (Y Pei & B Wang)
  • Effective Multiuser Broadcast Authentication in Wireless Sensor Networks (K Ren et al.)
  • Security Attacks and Challenges in Wireless Sensor Networks (A-S K Pathan & C S Hong)
  • Information Security in Wireless Sensor Networks (A Ouadjaout et al.)
• Wireless Mesh Networks:
  • Network Architecture and Flow Control in Multi-Hop Wireless Mesh Networks (D Nandiraju et al.)
  • Multi-Hop MAC: IEEE 802.11s Wireless Mesh Networks (R C Carrano et al.)
  • Channel Assignment in Wireless Mesh Networks (W Fu et al.)
  • Multi-Hop, Multi-Path and Load Balanced Routing in Wireless Mesh Networks (S Mishra & N Shenoy)
  • Mobility Management in Wireless Mesh Networks (P Wu et al.)
  • Selfishness and Security Schemes for Wireless Mesh Network (L Santhanam et al.)