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

Provides a concise and structured presentation of deep learning applications Introduces a large range of applications related to vision, speech, and natural language processing Includes active research trends, challenges, and future directions of deep learning

Zusammenfassung
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

Inhalt
Introduction.- Autonomous Cooperative Routing for Mission-Critical Applications.- Using Models for Communication in Cyber-Physical Systems.- Urban Micro-Climate Monitoring Using IoT Based Architecture.- Digital Forensics for IoT and WSNs.- An Overview of Wearable Computing.- Wearable Computing and Human Centricity.- Wireless transfer of energy alongside information in wireless sensor networks.- Efficient Protocols for Peer-to-Peer Wireless Power Transfer and Energy Aware Network Formation.- DeepCharge: Next-generation Software-defined Wireless Charging Systems.- Robotic Wireless Sensor Networks.- Robot and Drone Localization in GPS-Denied Areas.- Middleware for Multi-Robot System.- Interference Mitigation Techniques in Wireless Body Area Networks.- Radiation Control Algorithms in Wireless Networks.- Subspace based Encryption.