The use of artificial intelligence’s elements to block the manifestations of individuals’ behavioral activity going beyond the quasi-stable states

Логинов, Е Л; Grigoriev, V. V.; Shkuta, Alexander; Bortalevich, V. Y.; Sorokin, Daniil

doi:10.1088/1757-899x/516/1/012028

Cited by 9 publications

(2 citation statements)

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“…The proposed technology enhances our understanding of the directions to be pursued in the development of analysis, modeling, and forecasting tools targeting the metrics affecting the deliveries of Russian fuel and energy resources to the segments of the world economy available for exports [13][14][15]. We argue for the necessity of development and adoption of digital systems for agent-based analysis, modeling, and forecasting based on supercomputing.…”

Section: Discussionmentioning

confidence: 99%

Outstanding issues in ensuring more stable international deliveries of Russian fuel and energy resources to the segments of the world economy available for exports

Grabchak,

Loginov,

Shkuta

2023

E3S Web Conf.

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Relevance. The paper discusses the digital ontology-driven approach to the development of a quasi-integrated supersystem. The supersystem includes the energy sector and its supporting elements of the financial and economic system of Russia and a group of friendly countries who are consumers of Russian fuel and energy resources (FER). The approach is employed to develop measures that ensure national and international economic and energy security. International deliveries of Russian fuel and energy resources to the segments of the world economy available for exports can become unstable due to the current crisis in international economic relations. The use of the digital ontology-driven approach is a response to the need to analyze the underlying processes and predict whether such instability can become critical in the future. This is done in conjunction with configuring properly the operation of the Russian infrastructure of production, transport, storage, processing, and deliveries of fuel and energy resources. To that end, they are to be adjusted so as to align with the transformation that the destinations and structure of Russian exports are undergoing. Problem statement. We argue for the adoption of the digital ontology-driven approach to the development of a quasi-integrated supersystem. The supersystem includes the energy sector and its supporting elements of the financial and economic system of Russia and a group of friendly countries who are consumers of Russian fuel and energy resources being parties to economic unions and bilateral agreements between the countries. We identify different variants of the impact of effected discriminatory practices and the state of commodity and financial markets. We study this impact as applied to 1) Russian energy companies supplying FERs abroad, 2) consumers of Russian FERs in Russia and abroad, 3) companies transporting FERs abroad and using other countries for transit through them, and 4) manufacturers of equipment for the energy sector. Purpose of the study. We aim to identify conceptual approaches clarifying the effect of macroeconomic factors on 1) Russian energy companies

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Section: Discussionmentioning

confidence: 99%

Outstanding issues in ensuring more stable international deliveries of Russian fuel and energy resources to the segments of the world economy available for exports

Grabchak,

Loginov,

Shkuta

2023

E3S Web Conf.

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“…The main approach here is the formation of network communications [6][7][8]. The use of elements of artificial intelligence is largely based on digital technical solutions [9][10][11][12].…”

Section: Methodsmentioning

confidence: 99%

Agent-oriented configuration of human-machine systems in the organization of scientific and technical activities in Russia and abroad in industries with high requirements for the reliability of technological processes

Grigoriev

Shkuta

Loginova

2023

International Conference on Digital Transformation: Informatics, Economics, and Education (DTIEE2023)

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The article deals with the problems of using new digital services to organize the development and implementation of agent-individualized work trajectories of human-machine systems adapted to digital industries in the formation of a digital infrastructure for scientific, technical and industrial activities in Russia and abroad. The overall goal of digitally operating with the intellectual activity of innovative agents (scientists, engineers, managers) is to optimize [through the use of communication technologies implemented based on digital information and computing services] the processes of research, design, production and operation during the life cycle of high-tech equipment for industries industries with high requirements for the reliability of technological processes. A system organization of support for agent-oriented configuration of human-machine systems within agent-oriented associations based on the use of various forms of digital information and computing services to support intellectual activity with a significant creative component is proposed.

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Ensuring Observability and Controllability of Complex Technical Systems in Difficult and Irregular Situations When Commands with a Large Distortion Component Are Received

Grabchak¹,

Grigoriev

Логинов³

2021

Lecture Notes in Electrical Engineering

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The use of artificial intelligence’s elements to block the manifestations of individuals’ behavioral activity going beyond the quasi-stable states

Cited by 9 publications

References 1 publication

Outstanding issues in ensuring more stable international deliveries of Russian fuel and energy resources to the segments of the world economy available for exports

Outstanding issues in ensuring more stable international deliveries of Russian fuel and energy resources to the segments of the world economy available for exports

Agent-oriented configuration of human-machine systems in the organization of scientific and technical activities in Russia and abroad in industries with high requirements for the reliability of technological processes

Ensuring Observability and Controllability of Complex Technical Systems in Difficult and Irregular Situations When Commands with a Large Distortion Component Are Received

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