Research on Intelligent Optimization of Measuring Instruments Based on Fuzzy Comprehensive Evaluation and Ontology
Aiming at the increasing number of types of measuring instruments and the different performance influencing factors of each instrument,an intelligent optimization study of measuring instruments based on fuzzy comprehensive evaluation and ontology is proposed.Firstly,fuzzy classification of the performance influencing factors of measurement instruments is performed by using fuzzy comprehensive evaluation;sec-ondly,based on the ontology domain knowledge,the fuzzy classification model is transformed into an ontol-ogy model for intelligent optimization of measurement instruments,and the optimal measurement instruments are reasoned by using SWRL rules and protégé tools;finally,the working process of the method is demonstra-ted by engineering examples to verify the feasibility of the method.The experimental results show that the proposed method can provide a reference for instrument selection and can reason the results automatically.
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