Functional approach to object intellectualization based on complex engineering

The article presents the authors` position on the development and application of a functional approach to the design and development of intelligent control systems for technical objects of various nature (cyberphysical systems) based on the principles of complex engineering. Complex engineering and...

Descripción completa

Guardado en:

Detalles Bibliográficos
Autores principales:	A. I. Mokhov, R. V. Dushkin
Formato:	article
Lenguaje:	RU
Publicado:	State University of Management 2021
Materias:	adaptability artificial intelligence autonomy complex engineering cyberphysical system functional approach infographic models intellectualization intelligence intelligent system interdisciplinary approach management system approach technological process Electronics TK7800-8360 Management information systems T58.6-58.62
Acceso en línea:	https://doaj.org/article/35dd6fde02aa4ff0971c2b61d008d3dd
Etiquetas:	Agregar Etiqueta Sin Etiquetas, Sea el primero en etiquetar este registro!

id	oai:doaj.org-article:35dd6fde02aa4ff0971c2b61d008d3dd
record_format	dspace
spelling	oai:doaj.org-article:35dd6fde02aa4ff0971c2b61d008d3dd2021-11-14T15:54:17ZFunctional approach to object intellectualization based on complex engineering2658-34452686-840710.26425/2658-3445-2020-3-4-13-25https://doaj.org/article/35dd6fde02aa4ff0971c2b61d008d3dd2021-03-01T00:00:00Zhttps://e-management.guu.ru/jour/article/view/125https://doaj.org/toc/2658-3445https://doaj.org/toc/2686-8407The article presents the authors` position on the development and application of a functional approach to the design and development of intelligent control systems for technical objects of various nature (cyberphysical systems) based on the principles of complex engineering. Complex engineering and a functional approach can, for example, be used together to manage such complex technical objects as intelligent buildings, which in the future allows us to transfer their functioning to a higher level of efficiency not only of the management object itself, but also of the hierarchy of its super – systems from the municipality and the region to the state as a whole. However, the system approach can also be applied in conjunction with complex engineering, which allows us, at least partially, to smooth out certain shortcomings of the functional approach, which are manifested when it is applied exclusively within the framework of system engineering when considering aspects of managing cyber-physical systems with a high degree of intelligence based on the system approach.The authors clearly show the techniques and methods of this set of complex engineering, functional and system approaches in the proposed article using infographic models. Complex engineering allows you to solve the problem of transferring the control object to a connected intellectualized control complex, which, in turn, increases the level of its intelligence. At the same time, the authors use an interdisciplinary approach, since it is the most effective one when considering complex cyberphysical systems. Complex engineering initially includes an interdisciplinary approach, which allows us to apply it to the analysis and study of cyberphysical systems with the subsequent application of already a functional approach to solving problems of intellectualization. According to the authors, this will allow us to reach new frontiers in the field of creating “smart” systems for managing technological and managerial processes in various branches of human economic activity.A. I. MokhovR. V. DushkinState University of Managementarticleadaptabilityartificial intelligenceautonomycomplex engineeringcyberphysical systemfunctional approachinfographic modelsintellectualizationintelligenceintelligent systeminterdisciplinary approachmanagementsystem approachtechnological processElectronicsTK7800-8360Management information systemsT58.6-58.62RUE-Management, Vol 3, Iss 4, Pp 13-25 (2021)
institution	DOAJ
collection	DOAJ
language	RU
topic	adaptability artificial intelligence autonomy complex engineering cyberphysical system functional approach infographic models intellectualization intelligence intelligent system interdisciplinary approach management system approach technological process Electronics TK7800-8360 Management information systems T58.6-58.62
spellingShingle	adaptability artificial intelligence autonomy complex engineering cyberphysical system functional approach infographic models intellectualization intelligence intelligent system interdisciplinary approach management system approach technological process Electronics TK7800-8360 Management information systems T58.6-58.62 A. I. Mokhov R. V. Dushkin Functional approach to object intellectualization based on complex engineering
description	The article presents the authors` position on the development and application of a functional approach to the design and development of intelligent control systems for technical objects of various nature (cyberphysical systems) based on the principles of complex engineering. Complex engineering and a functional approach can, for example, be used together to manage such complex technical objects as intelligent buildings, which in the future allows us to transfer their functioning to a higher level of efficiency not only of the management object itself, but also of the hierarchy of its super – systems from the municipality and the region to the state as a whole. However, the system approach can also be applied in conjunction with complex engineering, which allows us, at least partially, to smooth out certain shortcomings of the functional approach, which are manifested when it is applied exclusively within the framework of system engineering when considering aspects of managing cyber-physical systems with a high degree of intelligence based on the system approach.The authors clearly show the techniques and methods of this set of complex engineering, functional and system approaches in the proposed article using infographic models. Complex engineering allows you to solve the problem of transferring the control object to a connected intellectualized control complex, which, in turn, increases the level of its intelligence. At the same time, the authors use an interdisciplinary approach, since it is the most effective one when considering complex cyberphysical systems. Complex engineering initially includes an interdisciplinary approach, which allows us to apply it to the analysis and study of cyberphysical systems with the subsequent application of already a functional approach to solving problems of intellectualization. According to the authors, this will allow us to reach new frontiers in the field of creating “smart” systems for managing technological and managerial processes in various branches of human economic activity.
format	article
author	A. I. Mokhov R. V. Dushkin
author_facet	A. I. Mokhov R. V. Dushkin
author_sort	A. I. Mokhov
title	Functional approach to object intellectualization based on complex engineering
title_short	Functional approach to object intellectualization based on complex engineering
title_full	Functional approach to object intellectualization based on complex engineering
title_fullStr	Functional approach to object intellectualization based on complex engineering
title_full_unstemmed	Functional approach to object intellectualization based on complex engineering
title_sort	functional approach to object intellectualization based on complex engineering
publisher	State University of Management
publishDate	2021
url	https://doaj.org/article/35dd6fde02aa4ff0971c2b61d008d3dd
work_keys_str_mv	AT aimokhov functionalapproachtoobjectintellectualizationbasedoncomplexengineering AT rvdushkin functionalapproachtoobjectintellectualizationbasedoncomplexengineering
_version_	1718429039040921600

Functional approach to object intellectualization based on complex engineering

Ejemplares similares