Wireless Sensor Networks

• Discusses all aspects of wireless sensor networks (WSNs) extensively and includes exercises and practical setups as necessary
• Introduces energy concerns and illustrates the available energy models as well as the concept of energy harvesting

• Addresses security issues like secure routing, secure location, and secure data aggregation

Reviews WSNs concepts and provides an in-depth presentation of the energy harvesting techniques Introduces and analyses three perspectives on energy management; specifically, duty-cycling, data-driven, and mobility-based approaches Brings practice to theory thru energy harvesting and management projects and testbeds Includes exercises and practical setups to motivate lot more of searching, finding, and comparing

Autorentext
Dr. Hossam M.A. Fahmy is a Professor of Computer Engineering and served as Chair of the Computer Engineering & Systems Department, Faculty of Engineering, Ain Shams University, Cairo, Egypt from 2006-2008, as well as 2010-2012. He participates in many academic activities in Egypt and abroad. Professor Fahmy has published and refereed extensively with Springer, Elsevier and IEEE journals, as well as in several refereed international conferences. His teaching and research areas are focused on Computer Networks, MANETs, WSNs, VANETs, Fault Tolerance, Software and Web Engineering. He authored Wireless Sensor Networks: Concepts, Applications, Experimentation and Analysis, book published by Springer, 2016. Professor Fahmy founded and chaired the IEEE International Conference on Computer Engineering and Systems (ICCES) from 2006-2008 and 2010 -2013. He is a Senior IEEE member, IEEE Region 8 Distinguished Visitor (2013-2015) and (2015-2018), member of the Distinguished Visitor Committee of the IEEE Computer Society. He speaks fluent Arabic, French, and English.

Inhalt

Part 1 : Chapter 1 - Wireless Sensor Networks Essentials.- Chapter 2 - Energy Harvesting in WSNS.- Part 2 : Energy Management Perspectives.- Chapter 3 - Energy Management Techniques for WSNS.- Chapter 4 - Energy Management Techniques for WSNS (1): Duty Cycling Approach.- Chapter 5 - Energy Management Techniques for WSNS (2): Data Driven Approach.- Chapter6 - Energy Management Techniques for WSNS (3): Mobility Based Approach.- Part 3 : Harvesting and Management Projects and Testbeds.- Chapter 7 - Energy Harvesting Projects for WSNS.- Chapter 8 - Energy Management Projects for WSNS.- Chapter 9 - WSNS Energy Testbeds.- Part 4: Ignition.- Chapter 10 - Last Flare.