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结合分集技术的MANET节点的合作增强方案研究

摘要第4-6页
Abstract第6-7页
1 Introduction第14-19页
    1.1 Introduction and Motivation第14-17页
    1.2 Research Problem and Objectives第17-18页
        1.2.1 Research Objectives第18页
    1.3 Thesis Outline/Organization第18-19页
2 Research Backgrounds第19-31页
    2.1 Existing Wireless Network Architectures第19-20页
        2.1.1 Networks with Infrastructure第19页
        2.1.2 Networks without Infrastructure: Ad-Hoc Networks第19-20页
    2.2 Overview of MANET第20-22页
        2.2.1 MANET Routing Protocols第20-21页
        2.2.2 Challenging Issues in MANET第21-22页
    2.3 Node Cooperation第22-23页
        2.3.1 Challenges of Node Cooperation in Wireless Ad Hoc Networks第22-23页
    2.4 Diversity Schemes/Techniques (Transmitter and Receiver Tx/Rx)第23-28页
        2.4.1 Design Incorporating Diversity Techniques (Tx/Rx)第25-28页
    2.5 Multi-channels System第28-29页
        2.5.1 Problems of Multiple channel system第29页
    2.6 Overview of IEEE 802.11 Protocols DCF第29-31页
        2.6.1 Problems associated with IEEE 802.11第30-31页
3 Literature Review: Related Works第31-44页
    3.1 Introduction and Motivation第31页
    3.2 Cooperative Protocols Design for MANETs with MAC Protocols第31-33页
        3.2.1 Abroad第31-33页
        3.2.2 Comparison of Noco-DCDT MAC protocol with related works第33页
    3.3 Related Works on Nodes Cooperation Enhancement Schemes第33页
    3.4 Virtual Currency (Incentive-based) Mechanisms第33-36页
        3.4.1 Abroad第33-36页
    3.5 Reputation Based (Incentive-based) Mechanisms第36-39页
        3.5.1 Abroad第37-38页
        3.5.2 Home第38-39页
    3.6 Related Schemes Base On Other Incentive Methods第39-40页
        3.6.1 Abroad第39-40页
    3.7 Incentive Model Strategy (Home)第40页
    3.8 Multipath Routing Based Model (Home)第40-41页
    3.9 Joint Limitations or Concerns of Related work第41-42页
    3.10 Comprehensive Solutions (Proposed)第42-44页
4 Diversity Techniques: Methodologies第44-58页
    4.1 Introduction and Motivation第44页
    4.2 Combination Schemes/Techniques第44-46页
        4.2.1 Cooperative Basic Scheme第44-45页
        4.2.2 Model Physical Layer for Cooperative Communication第45-46页
    4.3 Channel Relaying Strategies and Modulation第46-47页
        4.3.1 Gains Expected with Higher Order Modulation第47页
    4.4 Diversity Relaying Techniques第47-50页
        4.4.1 The Relay Channel Model第49-50页
    4.5 Receiver/Transmitter Cooperation第50-51页
    4.6 Relay Receive Process and Transmit第51-52页
    4.7 Reputation Base Function (RBF)第52-53页
        4.7.1 Preliminaries第52-53页
        4.7.2 Promiscuous Pairing (PP)第53页
    4.8 RBF Trust Metrics第53-54页
    4.9 Principle第54-58页
        4.9.1 Single and Promiscuous Pairing Cooperation第55-58页
5 Noco-DCDT MAC (The Proposed Node Cooperation Scheme)第58-76页
    5.1 Introduction and Motivation第58页
    5.2 The Protocol Important Considerations第58-59页
    5.3 System Model第59-61页
        5.3.1 Proposed Protocols Modeling第60-61页
    5.4 Distributed Cooperative Diversity Techniques (DCDT)第61页
    5.5 Description of System Incorporation第61-64页
        5.5.1 Protocol Overview第61-62页
        5.5.2 Framework of the Proposed Scheme第62-64页
    5.6 Proposed MAC Protocol Designs (Noco-DCDT MAC Scheme)第64-67页
        5.6.1 The Cooperation Channel Set-up and Negotiation第66-67页
    5.7 Decentralized Routing Protocol Design (DRP)第67-69页
        5.7.1 DRP with Features of AODV第68-69页
    5.8 Detailed Descriptive Example of the Proposed Scheme第69-72页
    5.9 Protocol Enhancements第72-73页
    5.10 Performance Analysis of Scheme第73-76页
        5.10.1 Maximum Throughput Analysis of the Scheme第73-74页
        5.10.2 Performance Analysis of cooperative relaying Channel signaling in relation to forwarding of packets in ad-hoc network第74-75页
        5.10.3 Performance benefits of Noco-DCDT MAC protocols in relaying channel of a non-cooperative MANETs environment第75-76页
6 Simulation and Performance Evaluations第76-85页
    6.1 Introduction: Simulation Description第76-77页
    6.2 Simulation Parameters第77-78页
        6.2.1 Simulation Discussion第77-78页
    6.3 Simulation Results and Analysis第78-84页
        6.3.1 Simulation Analysis第82-84页
    6.4 Topology Control Checks第84-85页
        6.4.1 Reference Solution第84-85页
Conclusion第85-86页
Acknowledgement第86-87页
References第87-91页
Publications第91页

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