首页> 外文会议>30th AIAA/ASME/SAE/ASEE Joint Propulsion Conference June 27-29, 1994/Indianapolis, IN >Fuzzy Logic Approaches to Multi-Objective Decision-Making in Aerospace Applications
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Fuzzy Logic Approaches to Multi-Objective Decision-Making in Aerospace Applications

机译:航空航天应用中多目标决策的模糊逻辑方法

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Fuzzy logic allows for the quantitative representation of multi-objective decision-making problems which have vague or fuzzy objectives and parameters. As such, fuzzy logic approaches are well-suited to situations where alterantives must be assessed by using criteria that are subjective and of unequal improtance. This paper presents an overview of fuzzy logic and provides sample applications from the aerospace industry. Applications include an evaluation of vendor proposals, an analysis of future space vehicle options, and the selection of a future space propulsion system. On the basis of the results provided in this study, fuzzy logic provides a unique perspective on the decision-making process, allowing the evaluator to assess the degree to which each option meets the evaluation criteria. Future decision-making should take full advantage of fuzzy logic methods to complement existing approaches in the selection of alternatives.
机译:模糊逻辑可以定量表示具有模糊或模糊目标和参数的多目标决策问题。因此,模糊逻辑方法非常适合必须使用主观且不平等的准则评估替代方案的情况。本文概述了模糊逻辑,并提供了来自航空航天业的示例应用程序。应用包括对供应商建议书的评估,对未来航天器选择的分析以及对未来空间推进系统的选择。根据本研究提供的结果,模糊逻辑为决策过程提供了独特的视角,使评估人员可以评估每个选项满足评估标准的程度。未来的决策应充分利用模糊逻辑方法来补充现有方法以选择备选方案。

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