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Table of Contents
Cover ; Half Title ; Title ; Copyright ; Dedication ; Contents; Preface ; Who Can Use This Book ; About the Authors ; Acknowledgments ; Organization of the Book ; List of Tables ; List of Figures ; List of Algorithms ; Chapter 1 Introduction; 1.1 Background of wireless sensor networks ; 1.2 Structure of sensor nodes
1.3 WSN architecture 1.4 WSNs vs. ad-hoc networks ; 1.5 Challenges in WSNs ; 1.6 System models ; 1.6.1 Network model ; 1.6.2 Energy model ; 1.6.3 Fault model ; 1.7 Clustering and routing algorithms ; 1.7.1 Challenges in WSN clustering ; 1.7.2 Challenges in WSN routing
Chapter 2 WSN Applications2.1 Forest fire detection ; 2.2 Flood detection ; 2.3 Tsunami detection ; 2.4 Home applications ; 2.5 Agricultural applications ; 2.6 Tra c tracking ; 2.7 Military applications ; 2.8 Industrial applications ; 2.9 Sensors in education ; 2.10 Health care
2.11 Underground coal mining 2.12 WSNs and IoT ; Chapter 3 A Survey; 3.1 Approximation algorithms ; 3.2 Centralized algorithms ; 3.3 Metaheuristic algorithms ; 3.3.1 Genetic algorithm-based routing by Bari et al ; 3.3.2 GAR ; 3.3.3 GA based hierarchical clustering by Sajid et al
3.3.4 Energy aware evolutionary routing protocol (EAERP 3.4 Distributed algorithms ; 3.4.1 Flooding ; 3.4.2 Gossiping ; 3.4.3 Sensor Protocol for Information via Negotiation(SPIN ; 3.4.4 Directed Di usion (DD ; 3.4.5 Low-energy adaptive clustering hierarchy (LEACH
1.3 WSN architecture 1.4 WSNs vs. ad-hoc networks ; 1.5 Challenges in WSNs ; 1.6 System models ; 1.6.1 Network model ; 1.6.2 Energy model ; 1.6.3 Fault model ; 1.7 Clustering and routing algorithms ; 1.7.1 Challenges in WSN clustering ; 1.7.2 Challenges in WSN routing
Chapter 2 WSN Applications2.1 Forest fire detection ; 2.2 Flood detection ; 2.3 Tsunami detection ; 2.4 Home applications ; 2.5 Agricultural applications ; 2.6 Tra c tracking ; 2.7 Military applications ; 2.8 Industrial applications ; 2.9 Sensors in education ; 2.10 Health care
2.11 Underground coal mining 2.12 WSNs and IoT ; Chapter 3 A Survey; 3.1 Approximation algorithms ; 3.2 Centralized algorithms ; 3.3 Metaheuristic algorithms ; 3.3.1 Genetic algorithm-based routing by Bari et al ; 3.3.2 GAR ; 3.3.3 GA based hierarchical clustering by Sajid et al
3.3.4 Energy aware evolutionary routing protocol (EAERP 3.4 Distributed algorithms ; 3.4.1 Flooding ; 3.4.2 Gossiping ; 3.4.3 Sensor Protocol for Information via Negotiation(SPIN ; 3.4.4 Directed Di usion (DD ; 3.4.5 Low-energy adaptive clustering hierarchy (LEACH