| List of Figures Preface 1. Principles of Model Construction 1.1 Role and Place of Mathematical Models in Economic-Ecological Control 1.2 Analysis of Economic-Ecological Control Probles 1.3 Choice of Mathematical Means for Modelling 1.4 Models of Controllable Dynamical Systems PartⅠ. MODELS OF CONTROLLED ECONOMIC SYSTEMS 2 Aggregate Models of Economic Dynamics 2.1 Production Functions and Their Types 2.2 Basic Model of Economic Dynamics 2.3 Shell Model.Optimization Analysis 2.4 Aggreagale Model with Renewable Labour Resource 3. Modelling of Technological Change 3.1 Basic Models of Technological Change(TC) 3.2 Autonomous Technological Change and Its Types 3.3 Solow and Shell Models With Autonomous TC 3.4 One-Sector MOdels With Endogenous TC 3.5 Models Of Technological Innovations 4. MuIti-Sector Linear Economic Models 4.1 Leontief Model(“Input—Output”Model) 4.2 Dynamic Leontief Balance 4.3 Von Neumann-Gale Model 4.4 Characteristics Of Multi-Sector Models 4.5 Turnpike Properties 5. Models of Controlled Technological Renovation 5.1 Solow Integral Model 5.2 Kantorovich One-Sector Macroeconomic Model 5.3 MOdels of Embodjed TC in Market Economics 5.4 Integral Production Function 5.5 Glushkov Two-Sector Macroeconomic Model 5.6 Multi-Sector Integral Model 5.7 Differential Models Of Equipment Replacement 6. Optimization Models Of Economic Renovation 6.1 Basic One-SectOr Model and OptimizatiOn Problem 6.2 Other Optimization Problems 6.3 Two-Sector Model Of Economic Self-Development PartⅡ. MODELS IN ECOLOGY AND ENVIRONMENT 7. Mathematical ModeIs of Biological Communities 7.1 Dynamic Models of Single Species Populations 7.2 Dynamic Models of Two Species Communities 7.3 Age-Dependent Models of Population Dynamics 8. Models Of Air Pollution Propagation 9. Models Of Water Pollution Propagation PartⅢ. MODELS OF ECONoOMIC-ECOLOGICAL SYSTEMS 10. ModeIing Of Environmental lmpact and Resource Extraction 12. Models for Pollution Propagation Control In Air And Water |
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