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Flood Event Forecasting: A Complementary System-Theoretic Modelling

Thesis Title第2-3页
Dedication第3-4页
Acknowledgement第4-9页
List of Figures第9-10页
List of Tables第10-11页
Abstract (English)第11页
Abstract (Chinese)第12-13页
Chapter One Background and Scope第13-24页
    1.1 Introduction第13-15页
    1.2 Research objectives第15页
    1.3 Problem statement第15-16页
    1.4 Significance of study第16-17页
    1.5 Literature Review第17-21页
        1.5.1 Preamble第17-18页
        1.5.2 Modelling for effective forecasting第18-21页
    1.6 Scope of study第21页
    1.7 Research Methodology第21-22页
    1.8 Organization of Thesis work第22-24页
Chapter Two System-Theoretic/Conceptual models and Flood forecasting第24-49页
    2.1 Watershed modelling第24-27页
        2.1.1 Model calibration第25-27页
            2.1.1.1 Manual calibration第26页
            2.1.1.2 Automatic calibration第26-27页
    2.2 Xinanjiang model第27-40页
        2.2.1 Introduction第27-28页
        2.2.2 Model structure第28-30页
        2.2.3 Parameters第30-32页
        2.2.4 Theoretical background of Xinanjiang model第32-39页
            2.2.4.1 Evapotranspiration第32-33页
            2.2.4.2 Runoff production第33-37页
            2.2.4.3 Runoff separation components第37-38页
            2.2.4.4 Flow concentration in sub basins第38-39页
            2.2.4.5 Flow routing along main rivers第39页
        2.2.5 Manual calibration第39-40页
    2.3 Flood forecasting and System-Theoretic modelling第40-49页
        2.3.1 Definition of the flood forecasting domain第40-42页
        2.3.2 Calibrmation of flood forecasting models第42页
        2.3.3 Performance criteria第42-43页
        2.3.4 System-Theoretic modelling第43-49页
            2.3.4.1 Artificial Neural Networks第44-45页
            2.3.4.2 Terminology第45-47页
            2.2.4.3 Network Topology/Architecture第47页
            2.3.4.4 Training process第47-49页
Chapter Three Optimization and Forecast updating schemes第49-63页
    3.1 General第49-51页
    3.2 SCE-UA Method第51-59页
        3.2.1 Structure of the method第52-57页
            3.2.1.1 SCE-UA Algorithm第52-54页
            3.2.1.2 CCE Algorithm第54-57页
        3.2.2 Properties of the method第57-58页
        3.2.3 Algorithmic parameters第58-59页
    3.3 Updating schemes第59-63页
        3.3.1 Background第59-60页
        3.3.2 Forecast updating procedures第60-63页
Chapter Four Application of SCE-UA for calibrating Xinanjiang model第63-83页
    4.1 Application of SCE-UA method第63-71页
        4.1.1 Data requirement第64页
        4.1.2 Stopping criteria第64-71页
            4.1.2.1 Function convergence第65页
            4.1.2.2 Parameter convergence第65页
            4.1.2.3 Maximum Iterations第65-66页
            4.1.2.4 Objective functions第66-67页
            4.1.2.5 Model Efficiency criteria第67-71页
    4.2 Case study第71-72页
        4.2.1 Location第71页
        4.2.2 Topography第71-72页
        4.2.3 Climate第72页
        4.2.4 Sub-basin characteristics第72页
    4.3 The SCE-UA method as used for the Xinanjiang model calibration第72-75页
        4.3.1 Calibration (Misai Catchment)第74-75页
        4.3.2 Verification (Misai Catchment)第75页
    4.4 Lushi Basin characteristics第75-83页
        4.4.1 Application of the SCE-UA method第76-78页
        4.4.2 Calibration (Lushi Basin)第78-79页
        4.4.3 Verification (Lushi Basin)第79页
        4.5.0 Discussion of Results第79-83页
Chapter Five Residual/Error Analysis第83-88页
    5.1 Residual Analysis第83-87页
    5.2 General Inference第87-88页
Chapter Six Artificial Neural Network and Forecast Updating第88-106页
    6.1 Artificial Neural Network第88-92页
        6.1.1 Network structure第88-92页
            6.1.1.1 Transfer functions第91-92页
    6.2 Network Training第92-96页
        6.2.1 Training Algorithm第93-94页
        6.2.2 Network performance measures第94-95页
        6.2.3 Data Base Selection第95-96页
    6.3 Error forecast/Discharge Updating第96-106页
        6.3.1 Discharge Updating as applied on the Xinanjiang model第97-98页
        6.3.2 Discharge Updating (MISAI Catchment)第98-101页
        6.3.3 Discharge Updating (LUSHI Basin)第101-104页
        6.4.0 Discussion of Results第104-106页
Chapter Seven Summary and Conclusions第106-112页
    7.1 Summary第106-109页
    7.2 Conclusions第109-110页
    7.3 Recommendations第110-112页
References第112-117页
Appendix A: Verification Results of the Xinanjiang model application in the Misai catchment (3-hourly flood data)第117-119页
Appendix B: Verification Results of the Xinanjiang model application in the Lushi basin (hourly flood data)第119-122页
Appendix C: Matlab program code第122-123页

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