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无线传感器网络的区域路由研究

摘要第13-15页
Abstract第15-16页
Chapter 1 Introduction第17-39页
    1.1 Introduction第17-19页
    1.2 Applications of Sensor Networks第19-22页
        1.2.1 Military Applications第20页
        1.2.2 Health Monitoring Application第20页
        1.2.3 Buildings and Construction's Structure Monitoring第20-21页
        1.2.4 Disaster Monitoring第21页
        1.2.5 Agriculture Application第21页
        1.2.6 Bio-habitat Monitoring第21页
        1.2.7 Environment Monitoring第21-22页
    1.3 Sensor Network Protocol Stack第22-23页
    1.4 Routing Challenges in Sensor Networks第23-25页
        1.4.1 Energy第23页
        1.4.2 Data Reporting Model第23页
        1.4.3 Node Heterogeneity第23-24页
        1.4.4 Fault Tolerance第24页
        1.4.5 Scalability第24页
        1.4.6 Network Dynamicity第24页
        1.4.7 Transmission Media第24-25页
        1.4.8 Node Density and Connectivity第25页
        1.4.9 Coverage第25页
        1.4.10 Aggregating Data第25页
        1.4.11 QoS (Quality of Service)第25页
    1.5 Design Consideration of a Good Routing Protocol第25-27页
        1.5.1 Infrastructure less operation第26页
        1.5.2 Network Lifetime第26页
        1.5.3 Latency第26页
        1.5.4 Quality of Service (QoS)第26页
        1.5.5 Shortest Routing Path第26-27页
    1.6 Routing Protocols in Sensor Networks第27-33页
        1.6.1 Direct Communication Protocols第27页
        1.6.2 Flat/Multihop Routing Protocols第27页
        1.6.3 Hierarchical Routing Protocols第27-32页
            1.6.3.1 Centralized Approaches第29-30页
            1.6.3.2 Distributed Approaches第30-32页
        1.6.4 Location/Position based Routing Protocols第32页
        1.6.5 Quality of Service (QoS) based Protocols第32页
        1.6.6 Neuro Fuzzy Protocols第32页
        1.6.7 Cross Layer Protocols第32-33页
        1.6.8 Zone based Protocols第33页
        1.6.9 Hybrid Approaches第33页
    1.7 Motivation第33-34页
    1.8 Research Objective第34页
    1.9 Innovation and Research Contributions第34-36页
    1.10 Organization of the dissertation第36-37页
    1.11 Chapter Summary第37-39页
Chapter 2 A New Energy Efficient Zone Based Routing Protocol for Wireless SensorNetworks第39-61页
    2.1 Chapter Introduction第39-41页
    2.2 Related Work第41-47页
    2.3 RARZ Protocol第47-55页
        2.3.1 Network Model第47页
        2.3.2 RARZ Protocol Working Phases第47-55页
            2.3.2.1 Network Configuration Phase第48页
            2.3.2.2 Data Communication Phase第48-49页
            2.3.2.3 Next Hop Node Selection第49-51页
            2.3.2.4 Message Formats used in RARZ第51-55页
    2.4 Simulation and Results第55-60页
        2.4.1 Energy Model第55-56页
        2.4.2 Simulation Setup第56-60页
            2.4.3.1 Average energy consumption第56-57页
            2.4.3.2 Average delay (latency)第57页
            2.4.3.3 Average hop count第57页
            2.4.3.4 Throughput第57页
            2.4.3.5 Network lifetime第57-60页
    2.5 Chapter Summary第60-61页
Chapter 3 Energy Efficient Technique for Handling Redundant Traffic (EEHRT) in Zonebased Routing for WSNs第61-81页
    3.1 Chapter Introduction第61-62页
    3.2 Related Work第62-68页
        3.2.1 A brief overview of RARZ Routing第66-68页
    3.3 Problem Rationale第68-69页
    3.4 Energy Efficient Technique for Handling Redundant Traffic (EEHRT) in Zone basedRouting第69-76页
        3.4.1 Network Model第70页
        3.4.2 Message Types第70-71页
        3.4.3 EEHRT Algorithmic Description第71-72页
        3.4.4 How EEHRT works?第72-75页
        3.4.5 EEHRT Stepwise Routing Process Illustration第75-76页
    3.5 Simulation and Result Discussion第76-79页
        3.5.1 Energy Model第76页
        3.5.2 Simulation Setup and Result Discussion第76-79页
    3.6 Chapter Summary第79-81页
Chapter 4 Performance Evaluation of Zone based Routing with Hierarchical Routing inWireless Sensor Networks第81-95页
    4.1 Chapter Introduction第81-84页
    4.2 Related Work第84-86页
    4.3 Zone based Routing vs Hierarchical Routing第86-88页
        4.3.1 RARZ Routing第86-88页
            4.3.1.1 Network Setup Phase第86-87页
            4.3.1.2 Data Communication and Relaying Node Selection Phase第87-88页
    4.4 Energy Efficient Protocol using Static Clustering (EEPSC)第88-90页
        4.4.1 Network Configuration Phase第88页
        4.4.2 Data Communication Phase第88-89页
        4.4.3 Energy Dissipation Model第89-90页
    4.5 Simulation and Result Discussion第90-93页
    4.6 Chapter Summary第93-95页
Chapter 5 Conclusions and Future Research第95-99页
    5.1 Summary of Contributions第95-97页
    5.2 Future Research第97-99页
References第99-111页
List of Publications第111-113页
Acknowledgement第113页

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