Multiple-criteria decision making. Concepts, techniques, and extensions. With the assistance of Yoon-Ro Lee and Antonie Stam
Chapter and selective section titles: (1) Introduction; (2) Binary relations; (3) Pareto optimal or efficient solutions: convexity, proper efficiency, differentiability, decomposition theorems, optimality conditions; (4) Goal setting and compromise solutions: satisficing solutions, interactive methods, computations; (5) Value function: revealed preference, additivity, monotonicity, separability; (6) Some basic techniques for constructing value functions: indifference curves, tangent planes, gradients, approximation; (7) Domination structures and nondominated solutions: cones, polars, duality, interactive approximations; (8) Linear cases, MC- and \(MC^ 2\)-simplex methods: optimal weights, nondominated faces, separation, adjacency, connectedness; (9) Behavioral bases and habitual domains of decision making: internal information processing, least resistence principle, social psychology, Halo effect, negatiation, gaming; (10) Further topics: interactive methods, adapted gradient search, surrogate worth trade off, uncertain outcomes, stochastic dominance, mean-variance dominance, utility dominance, multicriteria dynamic optimization, optimal control, second-order games.
scientific article; zbMATH DE number 4049376