Simulation of Processes to Protect Information of Informatization Objects Against Leakage Through Technical Channels Using an Apparatus of Petri-Markov Nets

Avsentiev, O.S.; Avsentiev, A.O.; Krugov, A.G.; Yazov, Yu.K.

doi:10.14529/mmp210404

Cited by 2 publications

(4 citation statements)

References 9 publications

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“…1 [11,12]. Также была использована полиимидная лента (термоскотч), который представляет собой изоляционный материал и используется при инфракрасной пайке для защиты печатных плат и электронных компонентов от высокой температуры (до +260°C) [13].…”

Section: рис 1 схема стенда при проведении измеренийunclassified

Development of recommendations for reducing the energy of the signal emitted by the LVDS interface

Belavin,

Iutina,

Shalova

et al. 2024

BIT

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Section: рис 1 схема стенда при проведении измеренийunclassified

Development of recommendations for reducing the energy of the signal emitted by the LVDS interface

Belavin,

Iutina,

Shalova

et al. 2024

BIT

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“…При выявлении состава агентов МАСЗИ и их функций следует учитывать необходимость [1,3,4,15,16] Наиболее сложным и наукоемким аспектом создания МАСЗИ является создание агентной платформы и, в частности, определение структуры, путей построения и алгоритмов функционирования агентов МАСЗИ.…”

Section: состав и функции агентов многоагентной системы защиты информ...unclassified

“…с использованием материальных носителей различного вида (бумажных, электронных, сигнальных). Форма представления обрабатываемой информации и ее материальные носители могут меняться при переходе от этапа к этапу жизненного цикла ОИ и даже в пределах одного этапа, а время, в течение которого информация содержится в ОИ, ограничено и является случайным [1]. Указанные обстоятельства, с одной стороны, характеризуют динамику реализации информационных процессов на различных этапах существования ОИ, а с другой стороны, -определяют условия реализации угроз безопасности информации (УБИ), в том числе угроз утечки информации по техническим каналам [1,2].…”

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“…В связи с изложенным защита информации (ЗИ) на ОИ на каждом этапе его существования должна обеспечиваться с учетом динамики реализации информационных процессов, характеристик ОИ и изменяющихся во времени условий реализации нарушителем актуальных УБИ [1,2].…”

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Information Protection From Leakage Through Technical Channels on the Basis of Adaptive Multiagent Security System at the Informatization Object

Yazov¹,

Avsentiev²

2022

Cybersecurity issues

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Purpose: to show the creation and consideration perspective of the ways to build a multi-agent information security system at an informatization object with the implementation of a decentralized and mixed (centralizeddecentralized) principle of its design and functioning in order to exclude the extraction of various types of information, data about the characteristics of the informatization object and relationships between its structural elements. Method: the method of functional and structural analysis of technical channels of leaking information circulating in the form of speech information at the informatization objects of the internal affairs bodies in the course of their daily activities or during official activities, as well as ways to build an information security system from leakage through technical channels is applied. Result: the factors determined are those that are necessary to be taken into account when substantiating the composition and functions of agents of a multi-agent information security system, depending on the conditions characterizing the dynamics of the intruder’s actions to obtain protected information, the dynamics of the application of measures and means of protection. It is shown that a multi-agent protection system composition can include two classes of agents - simple and intelligent, and the system itself must be a multilayer structure, each layer of which is tied to a certain type of technical information leakage channels, and contain one or more agents (meta-agents), which provide solution of decision support tasks for information protection in each layer and in the security system as a whole and control of other agents. Examples of the composition and structure of a multi-agent system for protecting against leakage through technical channels, as well as examples of the structure of a simple and intelligent agent for such a system are given. The scientific novelty of the article is in the fact that the idea of creating a multi-agent system is considered for the first time in relation to solving the problem of protecting information from leakage through technical channels, the composition, structure and functions of such systems are determined, as well as the directions for the development of methodological support for their creation and operation.

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Simulation of Processes to Protect Information of Informatization Objects Against Leakage Through Technical Channels Using an Apparatus of Petri-Markov Nets

Cited by 2 publications

References 9 publications

Development of recommendations for reducing the energy of the signal emitted by the LVDS interface

Development of recommendations for reducing the energy of the signal emitted by the LVDS interface

Information Protection From Leakage Through Technical Channels on the Basis of Adaptive Multiagent Security System at the Informatization Object

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