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Using WiMax to Achieve WSN Applications Performance in Distributed Phenomena

ABSTRACT第6页
摘要第7-10页
TABLE OF CONTENTS第10-13页
LIST OF FIGURES第13-14页
LIST OF TABLES第14-15页
LIST OF ACRONYMS第15-16页
CHAPTER 1 INTRODUCTION第16-20页
    1.1 Motivation第16-17页
    1.2 Why WiMax?第17-19页
    1.3 Dissertation Outline第19-20页
CHAPTER 2 TECHNOLOGY OVERVIEW第20-46页
    2.1 WSN Background Overview第20页
    2.2 WSN Connecting Systems第20-21页
    2.3 WSN development and benefit第21-22页
    2.4 WiMax Overview第22-45页
        2.4.1 WiMax Structure and Profile第23-24页
        2.4.2 WiMax Types第24-26页
            A. Fixed WiMax第24-25页
            B. Mobile WiMax第25-26页
        2.4.3 WiMax Standards and Architecture第26-34页
            A. WiMax MAC layer第26-28页
            B. WiMax Physical layer第28-34页
        2.4.4 WiMax Strengths and Weaknesses第34-41页
            A. WiMax Strengths第34-41页
            B. WiMax weaknesses第41页
        2.4.5 Application of WiMax第41-44页
        2.4.6 Challenges Faced By WiMax Technology第44-45页
    2.5 Summary第45-46页
CHAPTER 3 SYSTEM DESIGN第46-69页
    3.1 The JXTA Protocols第46-48页
        3.1.1 Pipes第48页
    3.2 System Connection Architecture第48-57页
        3.2.1 Sensors Internode Connection第49-55页
            A. WSN Sinks Control Unit第53-54页
            B. WSN Control Unit Communicate with WSN Peer Group Peers第54-55页
            C. WSN Control Unit Communicate with Sink node第55页
        3.2.2 Connection from Sink node to WiMax gateway第55-57页
            A. WiMax gateway with WSN Peer Group第56-57页
        3.2.3 Connection from WiMax gateway to end user第57页
    3.3 WSC System benefits第57-65页
        3.3.1 Prolonging sensors network life time第57-58页
        3.3.2 large coverage area in deferent and far environment第58-59页
        3.3.3 Low Cost Infrastructure and Quick Deployment第59页
        3.3.4 Backhaul for other network in disaster or network problem(network backbone)第59页
        3.3.5 High and fast transferring and receiving data第59-60页
        3.3.6 Get access to sensed data anywhere第60页
        3.3.7 Easy to change sensors location and sensor node replacements by robot第60-61页
        3.3.8 MAC PHY layers to manage and control large number of subscriber (WSN)第61页
        3.3.9 Bit-error probability (with high performance of AMC and HARQ)第61-62页
        3.3.10 Efficient Spectrum Usage第62-63页
        3.3.11 Using relay station to increase the coverage area第63页
        3.3.12 WiMax MAC layer supports different transport technologies第63页
        3.3.13 WiMax Base station support connecting with many gateways(mesh network)第63-64页
        3.3.14 Secure Exchange of Data (provide high data security)第64-65页
    3.4 System Implementation Example第65-68页
    3.5 Summary第68-69页
CHAPTER 4 SIMULATION AND EXPERIMENT RESULT第69-77页
    4.1 Experimental Evaluation第70-75页
        4.1.1 Prolonging sensors network overall lifetime第70-71页
        4.1.2 High and fast transferring and receiving data第71-72页
        4.1.3 Low Cost Infrastructure and Quick Deployment第72-73页
        4.1.4 Gets sensors data wherever you are (get access to sensed data anywhere)第73-74页
        4.1.5 Easy to change sensors location (sensor nodes replacements)第74-75页
    4.2 Summary第75-77页
CHAPTER 5 CONCLUSION第77-79页
REFERENCES第79-83页
ACKNOWLEDGMENT第83-84页
APPENDIX A第84-86页

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