Study on the Application of AHP-Fuzzy Comprehensive Evaluation Method in the Implementation Effect of Military Metrology General Fundamental Standards
Standards implementation is a key step in promoting standardization action,so the scientific evaluation of the implementation effect of standards is very important.In this paper,seven typical military metrology general fundamental standards are selected as study object,and an index system with applicability,compatibility,application status and usability as second level evaluating indicators,and simultaneously objective applicability,range applicability,timeliness,operability,national(military)regulation compatibility,national(military)standard compatibility,application level,citation situation,military benefits and social benefits as third level evaluating indicators is established as well.The index weights of above indicators are determined by analytic hierarchy process(AHP),based on which quantified assessment results are obtained by using fuzzy evaluation set and generalized composition calculation.Study results indicate that the implementation effects of GJB 3756A-2015 is very satisfying,followed by GJB 2749A-2009,GJB 2725A-2001 and GJB 1317A-2006,and GJB 5109-2004,GJB 2739A-2009 and GJB 2712A-2009 are worst.In all,the quantified results of standards implementation effects could be obtained by the AHP-fuzzy comprehensive evaluation method,which will provide important reference for standards development and revision.
military metrology general fundamental standardsimplementation effectindex systemanalytic hierarchy processfuzzy comprehensive evaluation
万方数据
维普
