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The IFIP Working Group 6. 8 Mobile and Wireless Communications has a long tradition on addressing and grouping researchers and practitioners working on various mobile and wireless communications technologies and services. Due to the promising and exciting applications enabled by the development of Wireless Sensor and Actor Networks (WSAN), the IFIP WG 6. 8 had decided to launch a new series of conferences on this exciting new technology. The 1st WSAN was held in Albacete, Spain on September 24-26, 2006. After a thoroughly evaluation process by the program committee members assisted by external reviewers, a total of 20 papers from 9 different countries were selected to be included in the program. The papers selected to be included in the volume illustrate the state-of-the-art and current trends in the area of wireless sensor and actor networks. The program was organized into eight topics: 1. Actors 2. Applications 3. Security 4. Energy 5. Quality of Service 6. Localization 7. Middleware 8. Protocols We are grateful to Dan Steignart from the University of Berkeley for having accepted to deliver the opening tutorial, and Pedro Matron from the University of Bonn, Luis Redondo from MTP and Walter Stockwell from CrossBow for having accepted to participate in the panel session. We would like to thank all the members of the Technical VI Preface Program Committee and the additional referees. Without the support, the conference organization would not have been possible.
Inhaltsverzeichnis
Actors.- Localized Movement Control for Fault Tolerance of Mobile Robot Networks.- Intelligent Actor Mobility in Wireless Sensor and Actor Networks.- Analysis techniques and models for resource optimization in Wireless Sensor/Actuator Network environment.- Applications.- A WSAN Solution for Irrigation Control from a Model Driven Perspective.- An Action Activated and Self Powered Wireless Forest Fire Detector.- Wireless communication system for a wide area sensor network.- Security.- Anonymous Proactive Routing for Wireless Infrastructure Mesh Networks.- Destination Controlled Anonymous Routing in Resource Constrained Multihop Wireless Sensor Networks.- Model Checking Wireless Sensor Network Security Protocols: TinySec + LEAP.- Energy & QoS.- A Synchronous Engine for Wireless Sensor Networks.- Evaluating Energy Consumption of Proactive and Reactive Routing Protocols in a MANET.- Ultra-low Power Sensors with Near Field Communication for Mobile Applications.- Modelling QoS for Wireless Sensor Networks.- Localization & Middleware.- Wireless Sensor Network Localization using Hexagonal Intersection.- TAIL: Two-level Approach for Indoor Localization.- Low Overhead Assignment of Symbolic Coordinates in Sensor Networks.- Protocols.- Routing Strategies for Wireless Sensor Networks.- Hierarchical Geographic Routing for Wireless Ad-Hoc Networks.- A hardware accelerated implementation of the IEEE 802.15.3 MAC protocol.- A Proposal for Zigbee Clusters Interconnection based on Zigbee Extension Devices.
Zusammenfassung
The IFIP Working Group 6. 8 Mobile and Wireless Communications has a long tradition on addressing and grouping researchers and practitioners working on various mobile and wireless communications technologies and services. Due to the promising and exciting applications enabled by the development of Wireless Sensor and Actor Networks (WSAN), the IFIP WG 6. 8 had decided to launch a new series of conferences on this exciting new technology. The 1st WSAN was held in Albacete, Spain on September 24-26, 2006. After a thoroughly evaluation process by the program committee members assisted by external reviewers, a total of 20 papers from 9 different countries were selected to be included in the program. The papers selected to be included in the volume illustrate the state-of-the-art and current trends in the area of wireless sensor and actor networks. The program was organized into eight topics: 1. Actors 2. Applications 3. Security 4. Energy 5. Quality of Service 6. Localization 7. Middleware 8. Protocols We are grateful to Dan Steignart from the University of Berkeley for having accepted to deliver the opening tutorial, and Pedro Matron from the University of Bonn, Luis Redondo from MTP and Walter Stockwell from CrossBow for having accepted to participate in the panel session. We would like to thank all the members of the Technical VI Preface Program Committee and the additional referees. Without the support, the conference organization would not have been possible.
