国外电子测量技术
國外電子測量技術
국외전자측량기술
Foreign Electronic Measurement Technology
2015年
11期
27-31
,共5页
直升机供电系统%模糊评估%层次分析法
直升機供電繫統%模糊評估%層次分析法
직승궤공전계통%모호평고%층차분석법
helicopter power supply system%fuzzy evaluation%analytic hierarchy process
为确保直升机在投入生产之前对其性能状态有全局性和整体性评价,根据直升机供电系统的研制特点,建立了设计阶段的供电系统评估指标体系,对该体系的递阶层次结构进行了分析及论述。结合现今系统评估的研究现状以及指标系统的特征,采用模糊综合评估方法对系统进行性能综合评估,着重对模糊评估模型的建立进行了详细分析,运用层次分析法确定各影响因素指标权重,尤其是针对不同专家确定的模糊判断矩阵运用最小二乘法得出更为客观科学的权重分配。利用此方法对某型直升机供电系统的综合性能进行了评估,评估结果表明了此模型的有效性和准确性。
為確保直升機在投入生產之前對其性能狀態有全跼性和整體性評價,根據直升機供電繫統的研製特點,建立瞭設計階段的供電繫統評估指標體繫,對該體繫的遞階層次結構進行瞭分析及論述。結閤現今繫統評估的研究現狀以及指標繫統的特徵,採用模糊綜閤評估方法對繫統進行性能綜閤評估,著重對模糊評估模型的建立進行瞭詳細分析,運用層次分析法確定各影響因素指標權重,尤其是針對不同專傢確定的模糊判斷矩陣運用最小二乘法得齣更為客觀科學的權重分配。利用此方法對某型直升機供電繫統的綜閤性能進行瞭評估,評估結果錶明瞭此模型的有效性和準確性。
위학보직승궤재투입생산지전대기성능상태유전국성화정체성평개,근거직승궤공전계통적연제특점,건립료설계계단적공전계통평고지표체계,대해체계적체계층차결구진행료분석급논술。결합현금계통평고적연구현상이급지표계통적특정,채용모호종합평고방법대계통진행성능종합평고,착중대모호평고모형적건립진행료상세분석,운용층차분석법학정각영향인소지표권중,우기시침대불동전가학정적모호판단구진운용최소이승법득출경위객관과학적권중분배。이용차방법대모형직승궤공전계통적종합성능진행료평고,평고결과표명료차모형적유효성화준학성。
In order to ensure the helicopter for the performance status with overall and holistic evaluation before produc‐tion ,based on the characteristics of the helicopter power supply system ,we established the evaluation index system of the power system in design phase ,and the pass class hierarchy of that system are analyzed and discussed .Combined with current research situation of the assessment system and the characteristics of the index system ,w e use the fuzzy compre‐hensive evaluation method for system property to comprehensively evaluate ,especially the establishment of fuzzy assess‐ment model are analyzed in detail .Using analytic hierarchy process(AHP) to determine the index weight of each affect‐ing factor ,particularly for the fuzzy judgment matrix determined by different experts we use the least square method (LSM ) for more objective and scientific w eight distribution .With this method to evaluate the comprehensive property of a certain type of helicopter power supply system ,the evaluation result reflects the validity and accuracy of this model .