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首页> 外文期刊>Electronics and Communications in Japan. Part 3, Fundamental Electronic Science >Interactive Fuzzy Programming Based on a Probability Maximization Model for Two-Level Stochastic Linear Programming Problems
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Interactive Fuzzy Programming Based on a Probability Maximization Model for Two-Level Stochastic Linear Programming Problems

机译:两级随机线性规划问题的基于概率最大化模型的交互式模糊规划

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In this paper, considering the two-level linear programming problem, which is a numerical model for the optimization of a hierarchical system by two decisionmak-ers, we focus on the situation where the coefficients are stochastic variables and reduce the formulated two-level stochastic linear programming problem to an ordinary two-level programming problem based on the probability maximization model in chance-constrained programming. Based on the assumption that motivation exists for cooperation between the high-level decisionmaker and the low-level decisionmaker in this resulting two-level programming problem, we consider interactive fuzzy programming that interactively derives a satisfactory solution of the high-level decisionmaker while considering the balance with the degree of satisfaction of the low-level decisionmaker.
机译:在本文中,考虑了两级线性规划问题,这是一个通过两个决策者优化层次系统的数值模型,我们着重研究系数是随机变量的情况,并减少公式化的两级随机问题。机会约束规划中基于概率最大化模型的线性规划问题到普通的两级规划问题。基于在此导致的两层编程问题中高层决策者和低层决策者之间存在合作的动机的假设,我们考虑交互式模糊规划,该交互式模糊规划以交互方式得出高层决策者的令人满意的解决方案,同时考虑了平衡低级决策者的满意度。

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