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物联网环境下连续目标检测和边缘节点重配置策略

摘要第4-5页
Abstract第5-6页
List of Abbreviations第11-13页
1 Introduction第13-29页
    1.1 Wireless Sensor Networks第13页
    1.2 Types of WSNs第13-14页
        1.2.1 Terrestrial WSNs第13-14页
        1.2.2 Underground WSNs第14页
        1.2.3 Underwater WSNs第14页
    1.3 WSNs Applications第14-17页
        1.3.1 Forest Fire第14页
        1.3.2 Water Quality第14-15页
        1.3.3 Vehicle Tracking第15页
        1.3.4 Health Care第15-16页
        1.3.5 Defense第16页
            1.3.6 Defense第16-17页
    1.4 Objects Detection and Localization in WSNs第17-18页
    1.5 Planarization Algorithms第18-20页
    1.6 Spatial Interpolation Methods第20-21页
    1.7 Data Prioritization第21页
    1.8 Scheduling Data Packets第21-22页
    1.9 Motivation第22-24页
    1.10 Problem Statement第24-25页
    1.11 Main Contributions/Research Achievements第25-27页
    1.12 Thesis Structure第27-29页
2 Literature Review第29-43页
    2.1 Congestion in Wireless Sensor Networks第29-36页
        2.1.1 Source Hotspot第30-31页
        2.1.2 Sink Hotspot第31页
        2.1.3 Intersection Hotspot第31-36页
    2.2 Continuous Objects Detection第36-39页
    2.3 Edge Computing in Industrial Environment第39-43页
3 Consistent Data Collection with the Occurrence of Continuous Objects in IoT第43-67页
    3.1 Energy Model第45-46页
    3.2 Congestion in Wireless Sensor Network第46-48页
        3.2.1 Hotspot Near the Source Node第47页
        3.2.2 Hotspot Near the Sink Node第47页
        3.2.3 Intersection Hotspot第47-48页
    3.3 Model and Problem Presentaiton第48-49页
    3.4 Topology conservation第49页
    3.5 Preliminary Congestion Control Stage第49-51页
    3.6 Representative Boundary Nodes Identification and Congestion Control第51-52页
    3.7 Accurate Boundary Nodes Selection第52-55页
    3.8 Alternate Parent Node Route Selection第55-56页
    3.9 Scheduling Data Packets第56-58页
    3.10 Link Capacity Calculation and Data Transmission第58-59页
    3.11 Performance Evaluation and Implementation第59-65页
    3.12 Conclusion第65-67页
4 Continuous Objects Detection and Localization第67-87页
    4.1 Planarization Algorithms第68-71页
        4.1.1 Relative Neighborhood Graph(RNG)第70页
        4.1.2 Gabriel Graph(GG)第70-71页
        4.1.3 Yao Graph(YG)第71页
        4.1.4 K-localized Delaunay graph(LDel)k第71页
    4.2 Spatial Interpolation Methods第71-72页
    4.3 Types of Objects第72-73页
    4.4 Boundary Detection and Face Area Localization of a Continuous Objects第73-74页
    4.5 Boundary Faces Refinement and Accurate Sensory Data Estimation第74-75页
    4.6 Accurate boundary nodes selection第75-76页
    4.7 Nodes Self-Scheduling Scheme第76-78页
    4.8 Performance Evaluation and Implementation第78页
    4.9 Boundary Face Area and Face Nodes Comparison第78-80页
    4.10 Boundary Area Size Variation第80-82页
    4.11 Energy Consumption第82-83页
    4.12 Energy Consumption for Different Network Size第83-84页
    4.13 Total Number of Massages第84-86页
    4.14 Conclusion第86-87页
5 Efficient Edge Nodes Reconfiguration and Selection第87-105页
    5.1 System Mode第89-90页
    5.2 Edge Nodes Reconfiguration第90-93页
    5.3 Edge Nodes Selection第93-96页
        5.3.1 Shortest Estimated Buffer First(SEBF)第93-94页
        5.3.2 Shortest Estimated Latency First (SELF)第94-95页
        5.3.3 Random Selection(RS)第95-96页
    5.4 Performance Evaluation and Implementation第96-97页
    5.5 Edge Nodes Reconfiguration第97-99页
    5.6 Edge Nodes Selection第99-104页
    5.7 Conclusion第104-105页
6 Conclusion第105-109页
7 References第109-117页
Acknowledgement第117-118页
作者简历及在学研究成果第118-121页
学位论文数据集第121页

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