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MODEL OF A FUZZY DYNAMIC DECISION SUPPORT SYSTEM
DOI: 10.36724/2072-8735-2020-14-9-43-47
Sergey V. Pavlov, MTUCI, Moscow, Russia, h.108@yandex.ru
Vladimir A. Dokuchaev, MTUCI, Moscow, Russia, v.a.dokuchaev@mtuci.ru
Sergey S. Mytenkov, HSE, Moscow, Russia, mitenkovss@rspp.ru
Abstract
Within the framework of this article, the analysis of the ways of building an automated decision support system for business and technological processes based on the thematic apparatus of the theory of fuzzy functions is carried out. The purpose of decision support systems is to help the decision maker (business owners, top managers of companies, heads of state organizations and law enforcement agencies) in choosing the most optimal solution based on the information at his disposal. It is proposed to use mathematical methods based onfuzzy multicriteria ranking as methods for making a decision. The paper proposes a model of an automated decision support system for business and technological processes of organizations based onthe mathematical apparatus of the theory of fuzzy functions, which allows automating the process of choosing a solution and eliminating the influence of subjective factors when assessing possible decisions.
Keywords: decision support system decision maker, deterministic, non-deterministic (fuzzy), fuzzy multicriteria ranking, technical system.
References
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Information about authors:
Sergey V. Pavlov, PhD (Tech), Associate Professor of the Department «Network Information Technologies and Services» MTUCI, Moscow, Russia
Vladimir A. Dokuchaev, DSc (Tech), Professor, Head of the Department «Network Information Technologies and Services» MTUCI, Moscow, Russia, orcid: 0000-0002-4638-9352
Sergey S. Mytenkov, Lecturer at the Department of Theory and Practice of Business Interaction, HSE, Moscow, Russia