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A Markov chain approximation to multi-stage interactive group decision-making method based on interval fuzzy number

机译:基于间隔模糊数的Markov链近似于多级交互式群决策方法

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摘要

Aiming at the multi-stage group decision-making problem that each decision-maker makes decision with interval fuzzy number, this paper proposed a Markov chain approximation to multi-stage interactive group decision-making method. First, the development of a multi-stage interactive group decision-making process is based on some assumptions. Based on these assumptions, we define the group alternative conflict degree and determine the conflict degree threshold using numerical simulation. Then, we can obtain the stopping time of the multi-stage interactive process. Second, a Markov chain approximation is proposed to rank the alternatives without calculating the weights of the decision-making group, which is an original perspective in group decision-making field. Finally, a numerical analysis is given to illustrate the effectiveness of the method proposed.
机译:针对多阶段组决策问题,即每个决策者对间隔模糊数作出决定,本文提出了对多阶段交互式集团决策方法的马尔可夫链近似。 首先,发展多阶段交互式组决策过程的发展是基于一些假设。 基于这些假设,我们使用数值模拟来定义组替代冲突程度并确定冲突程度阈值。 然后,我们可以获得多级交互过程的停止时间。 其次,提出了马尔可夫链近似,以在不计算决策组的权重的情况下对替代品进行排名,这是组决策领域的原始视角。 最后,给出了数值分析来说明所提出的方法的有效性。

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