航空制造技术
航空製造技術
항공제조기술
AERONAUTICAL MANUFACTURING TECHNOLOGY
2014年
1期
98-102
,共5页
宇航元器件%应用环境%模糊综合评价%聚类分析%系统设计
宇航元器件%應用環境%模糊綜閤評價%聚類分析%繫統設計
우항원기건%응용배경%모호종합평개%취류분석%계통설계
Space component%Application envi-ronment%Fuzzy comprehensive evaluation%Cluster-ing analysis%System design
针对一种元器件可以被应用于多种航天产品的情况,本文提出可以通过有效整合现有评价方法的手段来提升其应用环境识别的准确性。基于此,本文选取了模糊综合评价方法和聚类分析方法作为主要的识别方法,并给出了结论的确定原则,最后提出可以借助计算机软件来具体实现这一过程。
針對一種元器件可以被應用于多種航天產品的情況,本文提齣可以通過有效整閤現有評價方法的手段來提升其應用環境識彆的準確性。基于此,本文選取瞭模糊綜閤評價方法和聚類分析方法作為主要的識彆方法,併給齣瞭結論的確定原則,最後提齣可以藉助計算機軟件來具體實現這一過程。
침대일충원기건가이피응용우다충항천산품적정황,본문제출가이통과유효정합현유평개방법적수단래제승기응용배경식별적준학성。기우차,본문선취료모호종합평개방법화취류분석방법작위주요적식별방법,병급출료결론적학정원칙,최후제출가이차조계산궤연건래구체실현저일과정。
According to a component which can be applied in a variety of space products, advices are put forward to improve the application’s accuracy of these components with integration of existing evaluation method. Based on this, the fuzzy comprehensive evalua-tion method and clustering analysis method are selected as the main method of identiifcation, and the principle which can determine the conclusion in given, and ifnally the idea that we use computer software to realize this recognition process is put forward.