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Reliability Allocation Method for Unmanned Underwater System Based on Intuitionistic Fuzzy

机译:基于直觉模糊的无人水下系统可靠性分配方法

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This paper is devoted to the reliability allocation problem for the Underwater Unmanned System taking into account of the uncertainty. To reduce the error introduced by the real number processing and thus unavoidable neglection of certain fuzzy information as in the existing allocation methods, a reliable allocation method is proposed based on intuitionistic fuzzy set, AHP and fuzzy comprehensive evaluation. By utilizing the knowledge and experience of experts and relevant data, the proposed approach can efficiently solve the uncertainty problem in the allocation of Underwater Unmanned System in the preliminary design process.
机译:考虑到不确定性,本文致力于下水下无人系统的可靠性分配问题。 为了减少实数处理引入的误差,因此根据现有分配方法的某些模糊信息的不可避免的忽略,基于直觉模糊集,AHP和模糊综合评估提出了可靠的分配方法。 通过利用专家的知识和经验和相关数据,拟议的方法可以有效地解决初步设计过程中水下无人制度分配的不确定性问题。

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