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Российский экономическийУНИВЕРСИТЕТ
имени Г.В. Плеханова

Основан в 1907 году

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СEUR 2019 Telnov

Наименование публикации:СEUR 2019 TelnovАвторы:Тельнов Ю. Ф. 
Тематическая область:Информатика
Вид публикации:Статья в сборнике
Электронная публикация:ДаЯзык издания:РусскийГод издания:2019Страна издания: Германия Наименование журнала или сборника:CEUR Workshop ProceedingsНомер журнала (с указанием года):Vol-2413, 2019Наименование издательства:CEUR-WS.org Код ISSN или ISBN:ISSN 1613-0073Количество страниц:9Количество печатных листов:0,7Индексация:Scopus,
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Библиографическая ссылка:Telnov Y. Enterprise product and service process design with the use of intelligent technologies // Selected Papers of the XXI International Conference "Enterprise Engineering and Knowledge Management (EEKM 2019). Moscow, Russia, April 24-26, 2019 - P. 152-160 / CEUR Workshop Proceedings, Vol-2413, 2019 http://ceur-ws.org/Vol-2413/ Аннотация (реферат):

The article addresses methods of designing product and service processes in digital transformation conditions allowing for customized production in accordance with dynamically changing user demand. We consider the use of the model based enterprise concept for product lifecycle management for integrated presentation and use of related data on shared assets as a methodological basis for the design of product and service creation processes. Methods of designing such processes on the basis of service-oriented organization of interaction of business partners in the network environment using the tools of network-centric approach, ontological engineering of the domain and interaction of intelligent software agents using microservices are proposed. To construct a service-oriented configuration of the processes of creation of products and services, the value chain is considered, in which the individual links of value formation are investigated for compliance with the capabilities of possible partners of network interaction within the network enterprise. For the organization of effective network interaction of all stakeholders in the framework of joint activities to create products and provide services, ontological modeling of the business model is proposed from the standpoint of formalization of key values, competencies and capabilities of the enterprise and its partners, business processes and necessary resources.  Engineering of intelligent software agents is carried out on the basis of domaindriven design methods, which allows for contextual analysis of the functions performed and determine the boundaries of the microservices that implement them.  The proposed methods of ontological engineering and microservice organization of interaction of intelligent agents provide effective digital engineering of creating products and services of service-oriented enterprises.


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