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0225U004731,
(0124U002893)
,
Intelligent methods of modeling processes in information and telecommunication systems of critical infrastructure
Інтелектуальні методи моделювання процесів в інформаційно-телекомунікаційних системах критичної інфраструктури.
Korniienko Valerii I., д.т.н.
17-12-2025
Dnipro University of Technology
Increasing the efficiency of information and telecommunication systems functioning at critical infrastructure facilities through research and implementation of: intelligent methods of modeling information transmission processes at critical infrastructure facilities, in particular, using wireless communication technologies; research of the latest emitting devices for the industrial Internet of Things, which work in a new frequency range and which provide high-quality wireless communication; study of the time delay of the control signal of production processes and industrial self-propelled objects during technological processes, including at critical infrastructure objects; information technology of traffic analysis for information attack detection systems
The paper analyzes methods and intelligent tools for modeling complex nonlinear processes in ITS of critical infrastructure objects. Based on this, the following methods are substantiated and developed: a method for intelligent traffic forecasting in ITS for information attack detection systems; methods for modeling traffic in ITS using block-oriented structures and its neural-fuzzy prediction; machine learning methods for binary and multi-class classification of network traffic in attack detection systems; a method for high-speed information transmission in a satellite communication system. Through simulation modeling, substantiated results of the effectiveness of the proposed intellectual methods and tools for modeling processes in ITS of critical infrastructure to prevent unauthorized intrusions were obtained.
Safarov Olexandr O
Valerii I I. Mahro
Oleksandra V. Herasina
Viacheslav M. Horiev
Vadym I I. Mieshkov
2025-12-17
Updated: 2025-12-18
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