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Research on Multiprotocol Label Switch Traffic Engineering Based on Minimum Interference Routing Algorithm

Abstract第5页
Contents第6-8页
List of figures第8页
List of tables第8-9页
List of acronms第9-10页
Chapter 1 Backgdound第10-15页
    1 Introduction第10-15页
        1.1 Aims and Objectives第11页
        1.2 Research questions第11页
        1.3 Research Methodology第11-12页
        1.4 Literature review第12-14页
        1.5 Structure of the thesis第14-15页
2 Chapter 2 Multiprotocol Label Swithcing traffic engineering based on MinimumInterference Routing Algorithm第15-36页
    2.1 Multiprotocol Label Switching Network第15-20页
        2.1.1 MPLS Header第15页
        2.1.2 MPLS Router Roles/Positions第15-16页
        2.1.3 MPLS Label Switched Path ("LSP")第16-17页
        2.1.4 Routing Hierarchy and Label Stacking第17页
        2.1.5 Label Allocations and Forwarding第17-18页
        2.1.6 MPLS Signaling第18页
        2.1.7 Summary of Functionality of MPLS network第18-20页
    2.2 MPLS traffic engineering第20-28页
        2.2.1 What is Traffic Engineering?第20页
        2.2.2 Constraint Based Routing Label Distribution Protocol (CR-LDP)第20-21页
        2.2.3 Resource Reservation Protocol (RSVP) Signaling第21-22页
        2.2.4 Explicit Routing of LSPs for Traffic Engineering第22-23页
        2.2.5 Bandwidth Guaranteed LSPs第23-24页
        2.2.6 LSP Optimization第24页
        2.2.7 MPLS Quick Rerouting第24页
        2.2.8 Requirements for MPLS routing algorithm第24-26页
        2.2.9 Components of the MPLS traffic engineering第26-27页
        2.2.10 Advantages of MPLS Traffic Engineering第27-28页
    2.3 Minimum Interference Routing Algorithm第28-36页
        2.3.1 Key ideas for Minimum Interference Routing Algorithm第28页
        2.3.2 Maximum Flow (maxflow)第28-29页
        2.3.3 Minimum Cut第29-30页
        2.3.4 Max Flow Min Cut Theorem第30页
        2.3.5 Interference第30页
        2.3.6 Minimum Interference Paths第30-31页
        2.3.7 Critical Links第31页
        2.3.8 Path Selection by Shortest Path Computation第31页
        2.3.9 Mathematic Formula第31-35页
        2.3.10 Summary of the algorithm第35-36页
Chapter 3 Enhanced Minimum Interferece Routig Algorithm第36-55页
    3.1 Key Ideas of Enhanced Minimum Interference Routing Algorithm第36-39页
        3.1.1 Maximum Flow (Maxflow)第36页
        3.1.2 Minimum Cut第36页
        3.1.3 Critical links第36-37页
        3.1.4 Critical links with link capacity less than Average critical link capacity第37页
        3.1.5 Critical nodes第37页
        3.1.6 Mathematial Firmula第37-38页
        3.1.7 Summary of the enhanced MIRA第38-39页
    3.2 Flow diagram of the enhanced MIRA第39-40页
    3.3 Implementation第40-55页
        3.3.1 Linux Operating System第40页
        3.3.2 Network Simulation 2(NS2)第40页
        3.3.3 MATLAB第40页
        3.3.4 Experiment and Results第40-42页
        3.3.5 Analysis of interference effects第42-49页
        3.3.6 Experimental result for enhanced MIRA第49-55页
Chapter 4 Conclusion and future work第55-58页
    4.1 Conclusion第55-57页
    4.2 Future work第57-58页
Reference第58-61页
Acknowledgement第61页

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