首页> 外文会议>Quality, Reliability, Risk, Maintenance, and Safety Engineering (ICQR2MSE), 2012 International Conference on >Shipborne Gun's Maintainability Design Schemes Evaluation Based on Uncertain Linguistic Hybrid Geometric Mean Operator
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Shipborne Gun's Maintainability Design Schemes Evaluation Based on Uncertain Linguistic Hybrid Geometric Mean Operator

机译:基于不确定语言混合几何均值算子的舰炮可维护性设计方案评估

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摘要

It is essential to evaluate shipborne gun’s maintainability design schemes during its scheme design phase.Experts usually present linguistic labels to express their opinions on this kind of problem.The method of uncertain linguistic multiple-attribute decision making applies to the maintainability design scheme evaluation.In this paper we first introduce the operations and relations of uncertain linguistic variables.Then we discuss the ULHGM operator based evaluation method under uncertain linguistic environment,including the definition of ULHGM operator,the assignments of expert weights,attribute weights and operator’s associated weights and the evaluation procedure.Last we give an example on utilizing this method to evaluate the ship borne gun’s maintainability design schemes.
机译:在舰载机炮的可维护性设计方案评估阶段进行评估是必不可少的。专家通常会用语言标签来表达对此类问题的看法。不确定的语言多属性决策方法适用于可维护性设计方案的评估。本文首先介绍了不确定语言变量的运算和关系,然后讨论了不确定语言环境下基于ULHGM算子的评估方法,包括ULHGM算子的定义,专家权重的分配,属性权重和算子的关联权重以及评估最后,我们举一个使用这种方法评估舰载火炮的可维护性设计方案的例子。

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