Registration Number
0222U000456,
0121U114233
, R & D reports
Title
Models and methods of information protection in cyber-physical systems
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Head
Pohasii Serhii S., к.е.н.
Registration Date
10-01-2022
Organization
Simon Kuznets Kharkiv National University of Economics
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The analysis of threats in the conditions of rapid growth of computing resources is carried out in the work. a scheme of a unified classifier is proposed, taking into account the synergetic model of threats and economic costs to ensure the required level of security in cyberphysical systems.
The purpose of the study is to develop theoretical and methodological support for information security in cyberphysical systems, based on the use of post-quantum algorithms based on crypto-code constructions of McEllis and Niederreiter.
Object of research - processes of increasing the stability, efficiency and reliability of cyberphysical systems using different communication channels based on algorithms of crypto-code constructions
Subject of research - algorithms to increase the confidentiality and stability of information in cyberphysical systems based on Voltaire's "predator-victim" trays It is proved that the use of cyberspace channels requires the use of cryptographic systems - crypto-code structures (additionally) ensure the reliability and efficiency of proof.
A study of the practical implementation of the proposed approach and estimates of the level of security of the cyberphysical system.
Simulated modeling of the dynamics of the predator-victim system was further developed, which allowed not only to visualize the relationships between "predators" and "victims", but also to identify areas of research in which to reduce the dynamic behavior of cyberconflict parties.
The main results obtained during the study are implemented in the activities of FOP Vorobyov, implemented in the educational process of KhNEU. S. Kuznets in the discipline: "Information Security Technologies".
MAC-ELIS, NEDERWRITER, THEORETICAL CODING SCHEMES, CYBERPHYSICAL SYSTEMS, LOTKI WALTERRA, PROBABILITY, SECRET.
Product Description
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Korolʹ Olga H
Pogasiy Serhiy S
Khvostenko Vladislav S
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2022-03-09
