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宽带无色波分复用无源光网络的性能研究

摘要第5-8页
Abstract第8-10页
Acknowledgements第12-14页
Biographical Sketch第14-16页
Dedication第16-20页
List of Figures and Tables第20-22页
List of Acronyms第22-25页
Chapter 1 Introduction第25-42页
    1.1 Emergence of PON第25-30页
    1.2 Techno Economic Issues第30-36页
    1.3 Dissertation Goals & Hypothesis第36-38页
    1.4 Research Approach & Impact第38-40页
    1.5 Dissertation Structure第40-42页
Chapter 2 Literature Review第42-57页
    2.1 Time Division Muliplexed PON第44-45页
    2.2 Wavelength Division Multiplexed PON第45-46页
    2.3 TDM-PON VS.WDM-PON第46-48页
    2.4 Re-modulation Schemes in Colorless WDM-PON第48页
    2.5 Colorless ONUs第48-49页
    2.6 Wavelength Reuse based Source-Free ONUs第49-50页
    2.7 PON architecture based on feeder fiber第50-51页
        2.7.1 Dual.feeder fiber WDM-PON architecture第50页
        2.7.2 Single-feeder fiber WDM-PON architecture第50-51页
    2.8 Rayleigh Backscattering Phenomenon in WDM-PON第51-52页
    2.9 Services Provisioning in WDM-PON第52-57页
        2.9.1 High Bandwidth Services第53页
        2.9.2 Cloud Computing第53-54页
        2.9.3 TV Services第54页
        2.9.4 Tele-Education第54-55页
        2.9.5 E-Government第55页
        2.9.6 E-Health第55-57页
Chapter 3 Receiver Design Considerations in AWG basedPON-第57-68页
    3.1 Working Principle of an AWG第58-60页
    3.2 Simultaneous Demultiplexing & Demodulation第60-63页
    3.3 Operation and Simulation Setup第63-64页
    3.4 Analysis and Performance Evaluation第64-67页
    3.5 Conclusion第67-68页
Chapter 4 Rayleigh back-scattering affect in WDM PON第68-84页
    4.1 Introduction第68-70页
    4.2 Current works in Rayleigh back-scattering第70-72页
    4.3 Single feeder fiber WDM-PON Architecture第72-73页
    4.4 Working Principle and Network Setup第73-78页
    4.5 Performance study and Results第78-82页
    4.6 Conclusion第82-84页
Chapter 5 Time Interleaving Remodulation Technique第84-98页
    5.1 Introduction第84-85页
    5.2 Techniques for mitigating RBS第85-87页
        5.2.1 Frequency Dithering第85-86页
        5.2.2 Laser Line width Broadening第86页
        5.2.3 Wavelength Shifting第86-87页
        5.2.4 Chirp Managed Laser第87页
    5.3 Time Interleaving Technique to mitigate RBS第87-88页
    5.4 Operating Principle & Network Architecture第88-93页
    5.5 Simulation Setup for the proposed WDM PON scheme第93-94页
    5.6 Analysis of Results第94-96页
    5.7 Summary第96-98页
Chapter 6 Full Duplex Broadcasting Enabled WDM-PON第98-108页
    6.1 Introduction第98-99页
    6.2 Latest Research Work第99-101页
    6.3 Full Duplex structure第101页
    6.4 Network Setup第101-103页
    6.5 Simulation Setup & Operation第103-104页
    6.6 Performance analysis and results第104-107页
    6.7 Summary第107-108页
Chapter 7 Conclusion and Future Dimensions第108-115页
    7.1 Concluding Remarks第109-112页
    7.2 Future Dimensions第112-115页
        7.2.1 Optical CDM PON第112-113页
        7.2.2 Coherent PON第113页
        7.2.3 Hybrid Long Reach PON第113-115页
References第115-128页
List of Papers第128-129页

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