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Publisher: National Aviation University
Journal: Vìsnik Nacìonalʹnogo Avìacìjnogo Unìversitetu
Languages: English
Types: Unknown
Subjects: Motor vehicles. Aeronautics. Astronautics, дедукція; декомпозиція; діагностика; знання, інформація; парадигма; система; структура; штучний інтелект, TL1-4050
Обґрунтовано необхідність застосування концептуального підходу до формування базизнань типового складного динамічного об’єкта авіаційної техніки, що забезпечує роботуавтоматизованої системи діагностувань і підтримки прийняття рішень.Ключові слова: дедукція, декомпозиція, діагностика, знання, інформація, парадигма,система, структура, штучний інтелект. Development of the Systems provides reception of the multitude of information and improvement of theiranalysis for diagnostics of aviation techniques. However theoretical bases deficiently are motivated forstructure and analysis of information. On modern stage of evolution of the artificial intelligence the trend istracked the outrun of technological (practical) of the facilities of the development of the intellectual systemscomparatively their theoretical developments. In this connection in article the idea is emphasized thatclassical approaches to the analytical bases of the cybernetics have grown old. Accordingly by the base forensuring of functioning of the automatic diagnostics systems requisite to consider the ways (the strategies) ofdecompositions and creature structure of the knowledge base in relation to of the concrete aviation object.However use of the syntheses of the deductive and of inductive strategy shaping the structure of theknowledge’s can be insufficient in some cases of making of the diagnostics system of the complex object ofthe aviation techniques with depth diagnosis at the constructive node. For this case on each of levels ofstructurization of the knowledge base, authors offer to apply also strategy of parallel (horizontal)decomposition of object of diagnosing concerning its behaviour at transition from one stationary operationalregimen on another. As a base paradigm of methodology of the structural analysis and formation of a field ofknowledge by authors are proffered to use generalised objective - the structural approach, which developedto technological and program realisation. Обґрунтовано необхідність застосування концептуального підходу до формування базизнань типового складного динамічного об’єкта авіаційної техніки, що забезпечує роботуавтоматизованої системи діагностувань і підтримки прийняття рішень.
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