Multiple Criteria Decision Analysis in Regional Planning

1 Introduction to Multiple Criteria Decision Making.- 1.1 Modern Society as a Problems Complex.- 1.2 General Characteristics of Modern Systems Analysis.- 1.3 Characteristics of Multiple Criteria Decision Analysis.- 1.4 Outline of the Book.- 2 Approach to Multiple Criteria Optimization.- 2.1 Pareto Optimality.- 2.2 Derivation of the Pareto Optimal Frontier.- 2.3 Selection of the Preferred Decisions.- 3 Interactive Multiobjective Mathematical Programming.- 3.1 Goal Programming and Compromise Programming.- 3.2 Interactive Frank-Wolfe Method and Its Variants.- 3.3 Sequential Proxy Optimization Technique (SPOT).- 3.4 Reference Point Method and Its Extensions.- 4 Interactive Fuzzy Multiobjective Programming.- 4.1 Introduction.- 4.2 Interactive Fuzzy Multiobjective Programming without Trade-offs.- 4.3 Interactive Fuzzy Multiobjective Programming with Trade-offs.- 4.4 Interactive Computer Program.- 5 The Preference Structure of Decision Making.- 5.1 Hypothesis of Rational Human Behavior.- 5.2 Expected Utility Hypothesis.- 5.3 The Generalized Nonlinear Utility Function and Risk Attitudes.- 5.4 Application to Technology Assessment for Substitute Energy.- 6 Multiattribute Utility Analysis.- 6.1 Representation Theorem of Multiattribute Utility Functions.- 6.2 Identification of the Single Attribute Utility Function.- 6.3 Identification of the Multiattribute Utility Function.- 6.4 Hierarchical Structuring of Preferences: Nesting.- 6.5 Interactive Computer Program for Subjective Systems.- 7 Value Conflicts in Multiple Agents Decision Making.- 7.1 Extension of Multiattribute Utility Analysis.- 7.2 Approaches to Collective Choice.- 7.3 Probability Assessment and Entropy Model.- 7.4 Fuzzy Multiattribute Utility Analysis.- 7.5 Stochastic Dominance Rules for Collective Choice.- 8 Reconsideration of Preference Structure.- 8.1 Strength of Preference and Measurable Value Functions.- 8.2 The Measurable Value Function for Risky Choice.- 8.3 Partial Comparable Axioms without Transitivity.- 9 Resource Allocation and Duality.- 9.1 Introduction.- 9.2 Economic Analysis and Equilibrium Prices.- 9.3 Shadow Market and Imputed Prices.- 10 Imputation of Dual Prices.- 10.1 Introduction.- 10.2 Nonlinear Programming and Dual Prices.- 10.3 The Kuhn-Tucker MUltiplier as General Evaluation Factor.- 10.4 Nested Lagrangian Multiplier (NLM) Method.- 11 Applications of the Nested Lagrangian Multiplier (NLM) Method.- 11.1 The Nested Lagrangian Multiplier (NLM) Method in Application.- 11.2 MUltiobjective Evaluation of Regional Planning in the Greater Osaka Area: A Static Case.- 11.3 MUltiobjective Evaluation of Regional Planning in the Grea ter Osaka Area: A Dynamic Case.- 11.4 Industrial Land-use Program Combined with Water Quality Control: A Dynamic Case.- 12 Interpretation of Duality in Game Theory.- 12.1 Introduction.- 12.2 Noncooperative Games (Two-person Zerosum).- 12.3 N-Person Cooperative Games and Nucleolus.- 12.4 Example: Evaluation for Efficient Formation of Interregional Agreement.- 13 Propriety of Multiple Criteria Decision Making for Human Affairs: Social Implementation and Personal Behavior.- 13.1 Introduction.- 13.2 Properties and Functions of the Decision Maker.- 13.3 Hierarchical Structure of Human Needs.- 13.4 Cultural Domain in Decision Making.- 13.5 Concluding Remarks.- References.- Bibliography on Multiple Criteria Decision Making (Books).- (Collective Papers).