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Using a Directional Antenna to Achieve Quality Transmission on a Wireless Ad Hoc Network under Jamming Attacks

Abstract第5页
摘要第6-10页
Table of Contents第10-13页
List of Figures第13-14页
List of Tables第14-15页
Chapter 1: Introduction第15-20页
    1.1. Motivation第15-17页
    1.2. Problem Overview第17-18页
    1.3. Overview of the Thesis第18-19页
    1.4. Thesis Organization第19-20页
Chapter 2: Background and Related Work第20-33页
    2.1. Wireless Ad hoc Networks第20-22页
        2.1.1. Mobile Ad hoc Networks (MANETs)第20-21页
        2.1.2. Wireless Ad hoc Sensor Network第21-22页
    2.2. Omni-Directional Communication第22-24页
        2.2.1. Omni-directional Reception Omni-directional Transmission (OROT)第23-24页
    2.3. Isotropic Antenna第24页
    2.4. Jamming第24-27页
        2.4.1. Pictorial Representation of a Jammer第25页
        2.4.2. Jamming Attack Strategies第25-27页
    2.5. Directional Reception Omni-directional Transmission (DROT)第27-28页
    2.6. Related Work第28-32页
    2.7. Summary第32-33页
Chapter 3: Simulation Design and Implementation第33-52页
    3.1. Simulation Platform第33-34页
    3.2. How OPNET Works?第34页
    3.3. Project and Scenarios第34页
    3.4. Project/Scenario Work Flow第34-35页
    3.5. Simulation Methodology第35-37页
    3.6. OROT Network第37-44页
        3.6.1. Scenario 1:OROT Without Jammer第37-38页
        3.6.2. Channel Model第38-40页
        3.6.3. Evaluation Metrics第40-42页
        3.6.4. Scenario 2:OROT With Jammer第42页
        3.6.5. The Jammer Node第42-43页
        3.6.6. The Jammer Trajectory第43-44页
    3.7. DROT Network第44-50页
        3.7.1. Directional Antenna Model第44-46页
        3.7.2. Antenna Pattern第46页
        3.7.3. Normalized 3D Projection View第46-47页
        3.7.4. DROT Antenna Attributes第47页
        3.7.5. Scenario 1:DROT Without Jammer第47-49页
        3.7.6. Scenario 2:DROT With Jammer第49-50页
    3.8. Summary第50-52页
Chapter 4: Experimental Results and Analysis第52-67页
    4.1. OROT Network第52-59页
        4.1.1. Scenario 1:OROT Without Jammer Node第52-54页
        4.1.2. Scenario 2:OROT With Jammer第54-56页
        4.1.3. OROT With Jammer Versus OROT Without Jammer第56-59页
    4.2. DROT Network第59-64页
        4.2.1. Scenariol:DROT Without Jammer Node第59-61页
        4.2.2. Scenario 2:DROT With Jammer Node第61-62页
        4.2.3. DROT With Jammer Node Versus DROT Without Jammer第62-64页
    4.3. Advantages of Directional Antenna Model第64-65页
    4.4. Limitations of the Model第65页
    4.5. Summary第65-67页
Chapter 5: Concluding Remarks第67-69页
    5.1 Thesis Summary第67-68页
    5.2 Future Work第68-69页
Acknowledgements第69-70页
References第70-74页
Appendix A: Tables and Figures第74-84页
    A1 Transmitter Node (tx) and Receiver Node (rx) Attributes第74-75页
    A2 Radio Transmitter Module (Radio_tx) Attributes第75-76页
    A3 Antenna Module (Ant_tx) Attributes第76-77页
    A4 Sink Processor(rx_sink) Attributes第77页
    A5 rx_sink process model第77-79页
    A6 Simulation Set Scenarios第79页
    A7 Jammer Node Model Attributes第79-80页
    A8 The Pointing Processor (rx_point)第80-81页
    A9 Pointing processor attributes第81-82页
    A10 Phi Dialog Box第82页
    A11 Ordinate upper bound and ordinate lower bound View第82-84页
Appendix B: Source Code Listing第84-92页
    B1 Packet generator (tx_gen) Model Enter and Exit Execs第84-88页
    B2 Sink Processor (rx_sink) Process Model Enter and Exit execs第88-89页
    B3 Pointing Processor (rx_point) Enter Execs第89-92页
Appendix C: Symbols and Acronyms第92-93页

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