About the article
E.V. POLETAEVA, Cand. Sc., I.V. GORLOV, Dr. Sc.
The efficiency of functioning of modern machine-building production depends not only on automating all its stages, but also on integrating these stages on the basis of a unified knowledge base. The paper presents a program realization of the terminology system, which is the basis of the domain ontology of engineering industry. The role of ontology in the integration of all stages of automated production and terminology system ‒ its structural component ‒ is considered. Complexity and large dimensionality of machine-building production systems determine the complexity and volume of ontology. The structure of terminological system construction, which is the basis for the production of logical conclusions for obtaining new knowledge from the existing in the system, is offered. The example of the software module, implemented using a relational database, designed to enter, store, change and display the main information elements of the terminological system of machine-building production is given.
mechanical engineering, design automation, technological preparation of production, ontology, structural modeling, terminological system, CALS-technologies, knowledge bases.