[PDF] Top 20 A Linear Interactive Solution Concept for Fuzzy Multiobjective Games

... new solution concept in a two-person zero-sum multiobjective fuzzy matrix game is ...a fuzzy expected payoff is defined, and a degree of attainment of a fuzzy goal is considered ... See full document

... in multiobjective problems but also the ran- domness of the parameters involved in the objectives and/or constraints, Sakawa and his colleagues incorpo- rated their interactive fuzzy satisficing ... See full document

... an interactive decision making method for RFMOLP to obtain a satisfactory solution of the decision maker ...dom fuzzy version of the interactive decision making meth- ods for fuzzy ... See full document

... together with common linear constraints. In order to deal with HFMOLP, concepts of a generalized Λ-extreme point and decision powers have been introduced and a linear programming based interactive ... See full document

... multilevel linear programming ...the fuzzy deci- sion [5] together with membership functions, the math- ematical programming problem of finding the maximum decision is formulated and solved to obtain a ... See full document

... and fuzzy pro- gramming approaches [13], [17], [18] have been ...dom fuzzy programming has been developed [8], in which the coefficients of the objective functions and/or the con- straints are represented ... See full document

... the fuzzy set theory 13 for decision problems with several conflicting objectives was first introduced by Zimmermann ...of fuzzy programming FP have been investigated and widely circulated in ...the ... See full document

... model, solution concept and solu- tion algorithm to deal with more realistic problems in the real world, by simultaneously considering various con- cepts such as fuzziness, randomness, integer decision ... See full document

... a fuzzy random multiobjective linear programming model and defined the FM-α-Pareto optimal solution ...that fuzzy random programming problem is transformed into the deterministic ... See full document

... and fuzzy pro- gramming approaches [12], [14], [25] have been ...with fuzzy random variables [11] have been formulated [13], [15], [17], whose concept includes both probabilistic uncertainty and ... See full document

... hierarchical multiobjective linear programming ...mulated multiobjective stochastic linear programming prob- lems through a probability maximization model and a fractile optimization model, ... See full document

... reasonable solution concept for the fuzzy multiobjec- tive decision making problem, Sakawa et ...an interactive fuzzy satisfic- ing method to derive a satisficing solution ... See full document

... generalized fuzzy numbers ...intuitionistic fuzzy cooperative bi- matrix ...solving fuzzy matrix game problems in which payoffs are Atanassov‟s TIFN‟s and the base of the given methodology is ... See full document

... Tucker, fuzzy Kth-best, and fuzzy branch and bound methods to solve fuzzy bilevel linear pro- gramming problems; however, the decision vari- ables are not fuzzy in any of the mentioned ... See full document

... hesitant fuzzy sets, Zhou et ...a linear programming model used to determine the number of suppliers to utilize and purchase quantity allocations among ...suppliers. Fuzzy set theory is useful for ... See full document

... In this paper, we have considered a bi-matrix game whose pay-off elements are symmetric trapezoidal fuzzy numbers. Arithmetic operations and inequality relations of the symmetric trapezoidal fuzzy numbers ... See full document

... of fuzzy differential equation (F DE) has been rapidly growing in recent ...the concept of (F DE) to the analysis of fuzzy dynamical prob- ...the concept of Strongly generalized H- ... See full document

... The SP is an optimization technique in which the constraints and/or the objective function of an optimization problem contains certain random variables. In the stochastic linear programming literature (Infanger ... See full document

... trapozoidal fuzzy number can be written by two ways, first 𝑢̃ = (𝑎, 𝑏, 𝑐, 𝑑) with 𝑎 < 𝑏 < 𝑐 < 𝑑 and the second is 𝑢̃ = (𝑎, 𝑏, 𝛼, 𝛽) with 𝑎, 𝑏 is the center, 𝛼 is the left width and 𝛽 is the right ...A ... See full document

... is multiobjective non-linear fractional programming problem involving semilocally convex and related ...the solution sets involving properly efficient solutions of multiobjective fractional ... See full document