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Mathematical Methods and Models in Economic Planning, Management and Budgeting; Preface; Contents; Chapter 1: Mathematical Methods of Budget Modeling; 1.1 Budget as an Object of Modeling and Management; 1.1.1 Budget Structure and Contents; 1.1.2 Main Principles of Budget Formation; 1.2 Budget Models; 1.2.1 Models of Knowledge Representation and Budget Functioning; 1.2.2 Semantic Model of Budget Representation; 1.2.2.1 Object Domain Model; 1.2.2.2 A Budget Structure Graph; 1.2.2.3 A Graph Representing Budget Values; 1.2.2.4 An Example of the Semantic Model
1.2.3 Frame-Based Model of Budget Knowledge Representation1.2.3.1 Budget Model; 1.2.3.2 Budget Item Model; 1.2.3.3 An Example of the Frame-Based Model; 1.3 Mathematical Budget Models; 1.3.1 Static Mathematical Budget Model; 1.3.2 Mathematical Model of Interaction of Income and Expenditure Items; 1.3.3 Model of Budget Sensitivity; References; Chapter 2: Methods and Mathematical Models of Budget Management; 2.1 Current Trends in Budgeting; 2.2 Current State of Budget Control Methods and Mathematical Models; 2.3 General Concept of the Programmable Method of Budget Mechanism Control
2.3.1 General Statement of the Problem of Budget Mechanism Control2.3.2 Cybernetic Approach to the Description of Budget Mechanism; 2.3.3 System Approach to the Mathematical Model of Budget Mechanism; 2.4 Mathematical Models of Budget Expenditure; 2.4.1 Construction of Program Movements for Budget Expenditure; 2.4.2 A Model of Program Control of the Expenditure Budget Part; 2.4.3 Model of Management Adjustment; 2.4.4 Description of Algorithms of Basic Processes; 2.5 Mathematical Models of Budget Revenue Part; 2.5.1 Basic Provisions Describing Interactions of Budget Items
2.5.2 Learning Elements of Budget System2.5.3 Model of Correction of Budget Revenue Forecast; 2.6 Model of Information System for Program Budget Control; References; Chapter 3: Energy-Entropic Methods in Assessment and Control of Economic Systems; 3.1 Arguments in Favor of Application of the Thermodynamic Approach to Economic Systems; 3.2 Energy-Entropy Model for Assessment of Economic System Management; 3.3 Energy-Entropy Approach as the Basis of System Estimation of Production Management Quality; 3.3.1 United Measuring System of Energy Resources
3.3.2 Methods Used to Estimate Power Consumption (Efficiency of Power Resources Usage) at the Enterprise Level3.3.3 Entropic Evaluation of Production Efficiency; 3.3.4 Usage of Energy-Saving Criterion to Assess Production Control Quality; 3.3.4.1 A Thermodynamic Approach to Constructing Systems Controlling Production Processes; 3.3.4.2 Comparison of Production Processes in Terms of Energy-Entropy; References; Chapter 4: Currency Trading Methods and Mathematical Models; 4.1 Currency Market Research and Management; 4.2 Mathematical Models of Equilibrium Exchange Rates
1.2.3 Frame-Based Model of Budget Knowledge Representation1.2.3.1 Budget Model; 1.2.3.2 Budget Item Model; 1.2.3.3 An Example of the Frame-Based Model; 1.3 Mathematical Budget Models; 1.3.1 Static Mathematical Budget Model; 1.3.2 Mathematical Model of Interaction of Income and Expenditure Items; 1.3.3 Model of Budget Sensitivity; References; Chapter 2: Methods and Mathematical Models of Budget Management; 2.1 Current Trends in Budgeting; 2.2 Current State of Budget Control Methods and Mathematical Models; 2.3 General Concept of the Programmable Method of Budget Mechanism Control
2.3.1 General Statement of the Problem of Budget Mechanism Control2.3.2 Cybernetic Approach to the Description of Budget Mechanism; 2.3.3 System Approach to the Mathematical Model of Budget Mechanism; 2.4 Mathematical Models of Budget Expenditure; 2.4.1 Construction of Program Movements for Budget Expenditure; 2.4.2 A Model of Program Control of the Expenditure Budget Part; 2.4.3 Model of Management Adjustment; 2.4.4 Description of Algorithms of Basic Processes; 2.5 Mathematical Models of Budget Revenue Part; 2.5.1 Basic Provisions Describing Interactions of Budget Items
2.5.2 Learning Elements of Budget System2.5.3 Model of Correction of Budget Revenue Forecast; 2.6 Model of Information System for Program Budget Control; References; Chapter 3: Energy-Entropic Methods in Assessment and Control of Economic Systems; 3.1 Arguments in Favor of Application of the Thermodynamic Approach to Economic Systems; 3.2 Energy-Entropy Model for Assessment of Economic System Management; 3.3 Energy-Entropy Approach as the Basis of System Estimation of Production Management Quality; 3.3.1 United Measuring System of Energy Resources
3.3.2 Methods Used to Estimate Power Consumption (Efficiency of Power Resources Usage) at the Enterprise Level3.3.3 Entropic Evaluation of Production Efficiency; 3.3.4 Usage of Energy-Saving Criterion to Assess Production Control Quality; 3.3.4.1 A Thermodynamic Approach to Constructing Systems Controlling Production Processes; 3.3.4.2 Comparison of Production Processes in Terms of Energy-Entropy; References; Chapter 4: Currency Trading Methods and Mathematical Models; 4.1 Currency Market Research and Management; 4.2 Mathematical Models of Equilibrium Exchange Rates