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Latency Minimization for Internet of Things (IoT) in Device to Device (D2D) Communication with Intervention of Fog Computing

ABSTRACT第5-6页
Acronyms第9-12页
Chapter 1 Thesis Overview and Internet of Things(IoT)第12-30页
    1.1 Introduction第12-14页
    1.2 Research Goal and Contributions第14-15页
    1.3 Thesis Outline第15页
    1.4 Internet of Things(IoT)第15-25页
        1.4.1 Background of loT第15-17页
        1.4.2 Architecture of Internet of Things (IoT)第17-21页
        1.4.3 Real-time Analytics for IoT第21页
        1.4.4 Context Awareness based IoT第21-22页
        1.4.5 Applications of Internet of Things(IoT)第22-25页
    1.5 Fog Computing第25-30页
        1.5.1 Necessity of Fog Computing第26-27页
        1.5.2 State of the Art of Fog Computing第27-30页
Chapter 2 Device to Device (D2D) Communications第30-41页
    2.1 Background第30-32页
    2.2 D2D Spectrum Based Communication Modes第32-35页
    2.3 D2D Communications and Internet of Things(IoT)第35-36页
    2.4 Extended D2D-based V2V Communication第36-38页
    2.5 Related Works第38-41页
Chapter 3 Latency Minimization第41-51页
    3.1 System Architecture第41-43页
    3.2 Path Determination and Performance Metrics第43页
    3.3 Latency第43-44页
    3.4 Constraints第44-46页
    3.5 Problem Formulation第46-47页
    3.6 Decomposition and Solution第47-51页
        3.6.1 Minimize the Workload for cloud computing tier第47-48页
        3.6.2 Minimizing transmission latency for cloud computing tier第48页
        3.6.3 Minimizing Processing latency for cloud computing tier第48-49页
        3.6.4 Minimizing mean transmission latency in the system第49页
        3.6.5 Minimize mean processing latency in the system第49-51页
Chapter 4 Numerical Results第51-57页
    4.1 Transmission Latency第52-53页
    4.2 Processing Latency第53-55页
    4.3 Total Latency第55-57页
Chapter 5 Conclusion and Future Works第57-59页
References第59-63页
Appendix第63-67页
Acknowledgement第67页

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