This book is the thoroughly refereed post-proceedings of the Third International Workshop on Wireless and Mobility organized by the European Network of Excellence on Next Generation Internet held in Spain, June 2006. It covers WLAN characterization, vehicular networks, WLAN and sensor networks protocols, QoS and routing in ad-hoc networks, heterogeneous networks, resource management in cellular networks, TCP in wireless, and mobility agents.

Inhalt

WLAN Characterization.- Performance Analysis of Wireless Multihop Data Networks.- On the Shaping Introduced by IEEE 802.11 Nodes in Long-Range Dependent Traffic.- Vehicular Networks.- Measurements of IEEE 802.11g-Based Ad-Hoc Networks in Motion.- TrafficNet: A L2 Network Architecture for Road-to-Vehicle Communication.- WLAN and Sensor Networks Protocols.- A Protocol Stack for Cooperative Wireless Networks.- Cross Layer Routing and Medium Access Control with Channel Dependant Forwarding in Wireless Ad-Hoc Networks.- An Energy-Efficient Low-Latency Multi-sink MAC Protocol for Alarm-Driven Wireless Sensor Networks.- QoS and Routing in Ad-Hoc Networks.- Adaptive QoS Reservation Scheme for Ad-Hoc Networks.- DiffServ in Ad Hoc Networks.- Analytical Evaluation of the Overhead Generated by a Routing Scheme with Subnets for MANETs.- Heterogeneous Networks.- Framework for Resource Allocation in Heterogeneous Wireless Networks Using Game Theory.- On the Performance of Mobile IP in Wireless LAN Environments.- Network Selection Box: An Implementation of Seamless Communication.- Resource Management in Cellular Networks.- Joint Connection and Packet Level Analysis in W-CDMA Radio Interface.- Trunk Reservation in Multi-service Networks with BPP Traffic.- Feasible Load Regions for Different RRM Strategies for the Enhanced Uplink in UMTS Networks.- TCP in Wireless.- On the Interactions Between TCP Westwood and the AODV Routing Protocol.- Stability and Dynamics of TCP-NCR(DCR) Protocol in Presence of UDP Flows.- Mobility Agents.- Optimization Models for Application Migration to Support Mobile Thin Clients.