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- Title
A performance evaluation method based on combination of knowledge graph and surrogate model.
- Authors
Han, Xu; Liu, Xinyu; Wang, Honghui; Liu, Guijie
- Abstract
To satisfy the requirements of individual design and rapid performance evaluation of complex products, this paper proposes a hybrid approach to build a performance evaluation model and perform the rapid evaluation of design schemes. This approach consists of a surrogate model and knowledge graph (KG). Firstly, the KG of complex electromechanical products is established by Web Ontology Language to provide information about parts and evaluation indexes for the sampling process. It includes building ontology and writing inference and query rules at the framework level. Secondly, based on the sample points, a dynamics model is built and used for simulation. Using the Design of Experiments, the variables that have the greatest impact are found. The relevant variables will be input into the model to obtain the data set. According to the data set, a surrogate model based on the radial basis function is built as a performance evaluation model, which can improve computing efficiency to achieve evaluation results rapidly. In this study, the bogie design is used as a test case to evaluate the proposed method. And the results show that it can improve design efficiency for design issues such as part selection.
- Subjects
KNOWLEDGE graphs; BUILDING performance; SAMPLING (Process); EXPERIMENTAL design; EVALUATION methodology
- Publication
Journal of Intelligent Manufacturing, 2024, Vol 35, Issue 7, p3441
- ISSN
0956-5515
- Publication type
Article
- DOI
10.1007/s10845-023-02210-4