Application of semantic technologies for development of designing oil and gas equipment elements methods
DOI:
https://doi.org/10.31471/1993-9965-2022-1(52)-82-90Keywords:
ontology; subject area; thesaurus; Protégé editorAbstract
A study of the use of tools of decision-making systems based on ontological descriptions and semantic networks in general in the process of designing drilling equipment in the framework of educational and industrial tasks. A comparative analysis of methods for designing and creating ontologies, and their use in solving problems in various industries, including the oil and gas industry. Possibilities of improvement of processes of designing of elements of the oil and gas equipment due to development of means of ontological support of designing are studied. The application of the industry standard ISO 15926 for the description of oil and gas equipment is considered, the method of ontology development for the subject area "equipment for drilling wells" is developed. The results of designing ontologies of the mentioned subject area on the basis of using the top-down approach, from general to individual cases are given. In the process of designing the ontology on the basis of known reference books, a taxonomy was concluded to identify the relations "is", "is a part", a thesaurus was formed, the relations of terms-classes were described. Using the freely distributed program Protégé, a semantic network of descriptions of equipment for drilling wells at different stages of its design has been created. The created semantic network and tools of analysis of semantic networks for the derivation of new statements available in Protégé will allow increasing efficiency of techniques of designing of elements of the oil and gas equipment at the expense of application of semantic technologies for the automatization of search of new perspective decisions.
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