Viacheslav Kovtun

2025

Kovtun V.; Grochla K.; Al-Maitah M.; Aldosary S.; Kozachko O.; Entropy-extreme concept of data gaps filling in a small-sized collection; Egyptian Informatics Journal; 2025
Dubovoi V.; Yukhimchuk M.; Kovtun V.; Grochla K.; Model-Oriented Training of Coordinators of the Decentralized Control System of Technological Facilities With Resource Interaction; IEEE Access; 2025
Marjasz R.; Kempa W.; Kovtun V.; Quantification of system resilience through stress testing using a predictive analysis of departure dynamics in a M^X/G/1/N queue with multiple vacation policy; Scientific Reports; 2025
Kovtun V.; Grochla K.; Kovtun O.; Yasniy O.; The quality of service assessment of eMBB and mMTC traffic in a clustered 5G ecosystem of a smart factory; Egyptian Informatics Journal; 2025

2024

Kovtun V.; Grochla K.; Zaitseva E.; Levashenko V.; The concept of optimal planning of a linearly oriented segment of the 5G network; PLOS ONE; 2024
Dubovoi V.; Yukhimchuk M.; Kovtun V.; Grochla K.; Functional Dependability of Distributed Control of Multi-zone Objects under Failures Conditions; IEEE Access; 2024
Kovtun V.; Grochla K.; Zaitseva E.; Levashenko V.; The concept of effective coverage radius use of the unlicensed high-frequency range in the operation of the 5G network; Heliyon; 2024
Kovtun V.; Grochla K.; Al-Maitah M.; Aldosary S.; Kempa W.; Entropy-extreme model for predicting the development of cyber epidemics at early stages; Computational and Structural Biotechnology Journal; 2024
Kovtun V.; Grochla K.; Al-Maitah M.; Aldosary S.; Gryshchuk T.; Cyber epidemic spread forecasting based on the entropy-extremal dynamic interpretation of the SIR model; Egyptian Informatics Journal; 2024
Kovtun V.; Grochla K.; Aldosary S.; Al-Maitah M.; Analysis of direct traffic at the transport protocol level in the WiMax-1/2 cluster oriented to offload the smart city's wireless ecosystem; Royal Society Open Science; 2024
Kovtun V.; Kovtun O.; Grochla K.; Połys K.; Assessment of Communication Resource Allocation by the Transmission Control Protocol for the Target Virtual Connection under Competitive Conditions; Electronics; 2024
Kovtun V.; Grochla K.; Połys K.; The concept of network resource control of a 5G cluster focused on the smart city's critical infrastructure needs; Alexandria Engineering Journal; 2024

2023

Kovtun V.; Grochla K.; Kharchenko V.; Haq M.; Semenov A.; Stochastic forecasting of variable small data as a basis for analyzing an early stage of a cyber epidemic; Scientific Reports; 2023
Kovtun V.; Grochla K.; Altameem T.; Al-Maitah M.; Evaluation of the QoS policy model of an ordinary 5G smart city cluster with predominant URLLC and eMBB traffic; PLOS ONE; 2023
Kovtun V.; Grochla K.; Kempa W.; Połys K.; Reliably Controlling Massive Traffic between a Sensor Network End Internet of Things Device Environment and a Hub Using Transmission Control Protocol Mechanisms; MDPI Electronics; 2023
Kovtun V.; Zaitseva E.; Levashenko V.; Grochla K.; Kovtun O.; Small Stochastic Data Compactification Concept Justified in the Entropy Basis; Entropy; 2023
Kovtun V.; Grochla K.; Połys K.; Investigation of the Information Interaction of the Sensor Network end IoT Device and the Hub at the Transport Protocol Level; MDPI Electronics; 2023