Mission-Oriented Sensor Networks and Systems: Art and Science

Presents recent research in Mission-Oriented Wireless Sensor Networks
Written for practitioners and researchers from both industry and academia
Focuses on major challenges in the design of mission-oriented WSNs due to their dynamic topology and architecture, which are caused mainly by sensing devices mobility

Presents recent research in mission-oriented wireless sensor networks Written for practitioners and researchers from both industry and academia Focuses on major challenges in the design of mission-oriented wireless sensor networks (WSNs) due to their dynamic topology and architecture, which are caused mainly by sensing device mobility

Inhalt

Introduction.- Sensor Node Architectures and Design Considerations.- Failure Handling in RPL Implementations: An Experimental Qualitative Study.- On the Optimization of WSN Deployment for Sensing Physical Phenomena: Applications to Urban Air Pollution Monitoring.- Mobile Coverage.- Energy Aware Task Allocation in WSNs.- Sensor Assignment to Missions.- Resource Allocation and Task Scheduling in Cloud of Sensors.- Location Privacy in Sensor Networks.- Data-driven Detection of Sensor-hijacking Attacks on Electrocardiogram Sensors.- Cryptography.