Advances in Multiple Objective and Goal Programming

Inhaltsverzeichnis

• Abraham Charnes Distinguished Lecture.
• On the Education of a Multi-Criteria Researcher: A Personal View.
• 1: Goal Programming.
• An Example of Good Modelling Practice in Goal Programming: Means for Overcoming Incommensurability.
• Pattern Classification by Linear Goal Programming and its Applications.
• Goal Programming and Heuristic Search.
• Goal Programming Model for Evaluating Hospital Service Performance.
• An Application of Interactive Multiple Goal Programming on the Warsaw Stock Exchange.
• Methodology for an Analysis of Decision Criteria: An Application to Irrigated Farms in Southern Spain.
• Socioeconomic Impact Evaluation of the Drought in Irrigated Lands in Southern Spain: A Multicriteria Decision Making Approach.
• Goal Programming in Distribution System Design.
• Distance Games and Goal Programming Models of Voting Behaviour.
• Dynamic Goal Programming Models.
• Estimation Through the Imprecise Goal Programming Model.
• 2: Multiple Objective Theory.
• Characteristics of the Efficient Solutions of Bicriteria and Tricriteria Network Flow Problems.
• Non-connected Efficiency Graphs in Multiple Criteria Combinatorial Optimization.
• An Augmented Lagrangian Scalarization for Multiple Objective Programming.
• Dominance and Efficiency in Multiobjective Stochastic Linear Programming.
• A Multi-Criteria Decision Making Problem Associated to Preference Modelling.
• On Optimality and Duality in Multiobjective Nonsmooth Programming.
• Sensitivity in Multiobjective Programming by Differential Equations Methods. The Case of Homogeneous Functions.
• On Pseudo-Boolean Multicriteria Optimization Problems with Incomplete Information.
• Properties of Efficient Points Sets and Related Topics.
• Existence Theorems for Cone Saddle Points and Vector-Valued Minimax Theorems.
• A New Approach to SecondOrder Optimality Conditions in Vector Optimization.
• Invex and Pseudoinvex Functions in Multiobjective Programming.
• Vector-Values Risk in Multicriteria Problems.
• Utopian Efficient Strategies in Multicriteria Matrix Games.
• About the Existence of Nash-Slater Equilibrium for a Non-Cooperative Game under Uncertainty.
• 3: Implementation and Practice of Multiple Objective Programming.
• An Algorithmic Package for the Resolution of Dynamic Multiobjective Problems.
• Closest Solutions in Ideal-Point Methods.
• Methods of Multicriteria Decision Support Based on Reference Sets.
• A Tabu Search Procedure to Solve Multiobjective Combinatorial Optimization Problem.
• Linking Production Theory and Multiobjective Fractional Programming as a Support Tool for Animal Diet Formulation.
• Multiobjective Energy-Environmental-Economy Model for Israel (ENMIS).
• BayRes: A System for Stochastic Multiobjective Reservoir Operations.
• Timber Harvesting Scheduling Problems: A Compromise Programming Approach.
• Location of Semiobnoxious Facility: A Biobjective Approach.
• A Hierarchical Location Model: Biobjective Programming vs FDH.
• Efficient Frontier Derived from Opinions and the Utility Optimization Problem.
• Finding Efficient Points in Multiobjective Quadratic Programming with Strictly Convex Objective Functions.
• Multiobjective Programming with a Concave Vector Value Function.
• Modelling Best-Practice Frontiers When There Are Multiple Outputs.