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Research Analysis on Energy Efficient MAC And Routing Protocols for Wireless Sensor Network with Instigation of Novel Energy Efficient Routing Algorithm

摘要第5-7页
Abstract第7-8页
Acknowledgements第9-11页
Biographical Sketch第11-12页
Dedication第12-16页
List of Figures第16-18页
List of Acronyms第18-22页
List of Symbols第22-23页
Chapter 1 Introduction第23-29页
    1.1 Associated Constraint in Wireless Sensor Network第24-27页
    1.2 Research objectives and Contribution第27-28页
    1.3 Outline of Dissertation第28-29页
Chapter 2 Performance Requirements,Design Strategies and Comparative Analysis of MACfor Wireless Sensor Network第29-50页
    2.1 Performance Requirements in MAC第30-31页
        2.1.1 Delay第30页
        2.1.2 Scalability第30页
        2.1.3 Throughput第30页
        2.1.4 Stability第30页
        2.1.5 Robustness第30页
        2.1.6 Fairness第30-31页
        2.1.7 Energy Efficiency第31页
    2.2 Why MAC Protocols used for Ad-hoc Networks Need to Modify in WSN第31页
    2.3 How MAC Used For Typical Wireless Network Differ From WSN MAC第31-33页
    2.4 Design Drivers for WSN MAC Protocols第33页
    2.5 Main Causes of Energy Consumption第33-35页
        2.5.1 Collisions第33-34页
        2.5.2 Overhearing第34页
        2.5.3 Overhead第34页
        2.5.4 Idle Listening第34页
        2.5.5 Overemitting第34页
        2.5.6 Frequency of State Switching第34-35页
    2.6 Traditional MAC Families第35-39页
        2.6.1 Reservation-Based Protocols第35-36页
        2.6.2 Contention Based Protocols第36-37页
        2.5.3 Hybrid based MAC protocols第37-39页
    2.7 Description of MAC Schemes for WSN第39-48页
        2.7.1 Scheduled Based MAC protocols第39-42页
        2.7.2 Contention Based MAC Protocols第42-48页
    2.8 Chapter Summary第48-50页
Chapter 3 Challenges and Design Strategies with Comparative Analysis of Energy EfficientRouting Protocols for Wireless Sensor Networks第50-74页
    3.1 Routing Challenges and Design Problems in WSNs第51-55页
        3.1.1 Node Deployment第51-52页
        3.1.2 Energy Conservation第52页
        3.1.3 Scalability第52-53页
        3.1.4 Fault Tolerance第53页
        3.1.5 Network Dynamics第53页
        3.1.6 Node and Link Heterogeneity第53页
        3.1.7 Transmission Media第53-54页
        3.1.8 Connectivity第54页
        3.1.9 Coverage第54页
        3.1.10 Data Aggregation第54页
        3.1.11 Data Reporting Model第54页
        3.1.12 Quality of Service第54-55页
    3.2 Classification of Routing Protocols for Wireless Sensor Networks第55-57页
    3.3 Potential Routing Models第57-59页
        3.3.1 One-hop Routing Model第57页
        3.3.2 Multi-hop Planar Routing Model第57-58页
        3.3.3 Clustering-based Hierarchical Routing Model第58-59页
    3.4 Comparative Analysis of Routing Models第59-60页
    3.5 Clustering Based Approach for routing algorithms第60-61页
    3.6 Objectives of Clustering Algorithms第61-62页
        3.6.1 Load Balancing第61页
        3.6.2 Fault Tolerance第61页
        3.6.3 Increased Connectivity and Reduced Delay第61页
        3.6.4 Minimum Cluster Count第61-62页
        3.6.5 Maximum Network Longevity第62页
    3.7 Attributes in Clustering Approach第62-64页
        3.7.1 Cluster Properties第62-63页
        3.7.2 Cluster Head Capabilities第63页
        3.7.3 Clustering Procedure第63-64页
    3.8 Energy Efficient Cluster Based Routing Algorithms and Protocols for Wireless Sensor第64-72页
    Chapter Summary第72-74页
Chapter 4 Performance Analysis of LEACH第74-92页
    4.1 LEACH Protocol Operation第75-77页
        4.1.1 Setup phase第75-76页
        4.1.2 Steady State Phase第76-77页
    4.2 LEACH Achievements第77-78页
    4.3 Shortcomings Associated with LEACH Protocol第78-79页
    4.4 LEACH Performance Analysis第79-91页
        4.4.1 Preliminaries第79-81页
        4.4.2 Effect of p on Network Life Time in LEACH第81-83页
        4.4.3 Effect of Deployed Sensor Nodes on Network Life time in LEACH第83-86页
        4.4.4 Effect of Initial Energy Eo of Sensor Nodes on Network Life Time in LEACH Protocol第86-89页
        4.4.5 Effect of Position of Sink on Network Life Time in LEACH第89-91页
    4.5 Chapter Summary第91-92页
Chapter 5 Multi-Group Based LEACH第92-115页
    5.1 SYSTEM MODEL第93-96页
        5.1.1 Network Model第93-94页
        5.1.2 Energy Model第94-96页
    5.2 Problem Statement第96-97页
    5.3 Proposed Solution to the Energy-Efficient Problem第97-99页
    5.4 Flow Diagram of MG-LEACH第99-101页
        5.4.1 Set-Building Phase第99-100页
        5.4.2 Flow Diagram For Set-up Phase in MG-LEACH第100页
        5.4.3 Steady-State Phase第100-101页
    5.5 MG-LEACH PERFORMANCE ANALYSIS第101-113页
    5.6 Chapter Summary第113-115页
Chapter 6 Conclusion and Future Directions第115-117页
References第117-131页
List of Papers Published During PhD第131页

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