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ONTOLOGICAL MODELS DRIVEN SOFTWARE ARCHITECTURE OF SCIENTIFIC INFORMATION-COMPUTATIONAL SYSTEMS FOR PHYSICAL SCIENCES OPEN TO INTERMACHINE COMMUNICATION
Author(s) -
Alexey Privezentsev
Publication year - 2019
Language(s) - English
Resource type - Conference proceedings
DOI - 10.25743/ict.2019.36.45.024
Subject(s) - software deployment , computer science , software engineering , software architecture , software , resource oriented architecture , reference architecture , architecture , software development , software architecture description , software system , software construction , programming language , art , visual arts
В работе рассматривается программная архитектура, нацеленная на упрощение процессов разработки, развёртывания и сопровождения, открытых к межмашинному взаимодействию научных информационно-вычислительных систем (НИВС). Данная программная архитектура, основана на универсальных идеях применения онтологических моделей в программной инженерии (ODD, OED, OBA, OEA), которые предполагают использование онтологий в процессах жизненного цикла программной системы. The paper considers the software architecture aimed at simplifying the processes of development, deployment and support, open to the intermachine communication of scientific information-computational systems (SICS). The given software architecture, is based on universal ideas of application of ontological models in software engineering (ODD, OED, OBA, OEA) which assume use of ontologies in processes of life cycle of software system.

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