Перегляд за автором "Tkachov, V."

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  • Зображення мініатюри
    Публікація
    Architecture of overlay network with nested vpn tunneling
    (2020) Hunko, M.; Tkachov, V.; Bondarenko, M.
    The development of algorithms and methods for optimizing packet transmission in overlay networks has recently become relevant. The reason for this is the constantly increasing size and number of overlay networks. This is conditioned by the global concept of anonymizing traffic on computer networks, which leads to increased load in transmission channels, complexity of data packet structures, especially in low-speed networks, their stacks.
  • Зображення мініатюри
    Публікація
    Implementation of mobile eye tracking systems for preventing emergency situations based on monitoring of driver behavior
    (2019) Krivoulya, G.; Tkachov, V.; Tokarev, V.; Hunko, M.
    Modern studies have shown that lack of sleep and, hence, a slowdown in the reaction speed and drowsiness can be as dangerous as a state of alcoholic intoxication i.e. a delayed reaction and a decrease in concentration [1]. As a solution to this problem, an approach is proposed for the development of active safety systems (ASS) aimed at preventing emergencies based on monitoring the behavior of a vehicle driver and timely notification of the driver about the current situation by generating context-oriented recommendations.
  • Зображення мініатюри
    Публікація
    Interval Evaluation of the Survival Rate of the Computer Network On the Basis of Highly Mobile Units With Normal Distribution of Work
    (2021) Tkachov, V.; Yeroshenko, O.; Bukharova, L.
    The main reason for the decrease in the survivability of the computer network during its operation is the wear and aging of components. Wear leads to disability (due to deteriorating operating conditions), failure of components, etc. Aging leads to a change in bandwidth, which leads to node failures due to a large number of errors or network failure in general.
  • Зображення мініатюри
    Публікація
    The promising method of secure transmission of inelastic data in peer-to-peer networks
    (ХНУРЕ, 2024) Tkachov, V.; Chepurna, I.; Frolov, D.
    The report analyses a method for secure transmission of inelastic data in peer-to-peer networks. The method ensures a high level of data protection and integrity. The research also covers the possibilities of optimizing data transmission processes in peer-to-peer systems. The proposed approach reduces transmission delays while guaranteeing the preservation of inelastic data integrity under conditions of large-scale information transfer. This method enhances the efficiency of exchanging large volumes of inelastic data in modern networks.