Choice of option for implementation of the multilevel secure access to the external network

Сергеевич, Коломойцев Владимир

doi:10.17586/2226-1494-2016-16-1-115-121

Cited by 3 publications

(5 citation statements)

References 6 publications

(7 reference statements)

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“…Рассматривается СБД «Прямое соединение» (а именно: ее частный случай -СБД «Связующий узел»), предполагающая совместное использование некоторого множества последовательно подключенных элементов (средств) защиты [5].…”

Section: объект исследованияunclassified

“…Актуальными представляются исследования влияния на эффективность вычислительной системы организации системы защиты информации (ЗИ) и схемы безопасного доступа (СБД), позволяющих безопасно взаимодействовать со всеми внешними и внутренними узлами инфокоммуникационной системы [5].…”

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Эффективность Поэтапного Применения Средств Защиты С Пересечением Областей Обнаружения Угроз

Коломойцев¹,

Kolomoitsev²,

Богатырев³

et al. 2018

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Section: объект исследованияunclassified

unclassified

Эффективность Поэтапного Применения Средств Защиты С Пересечением Областей Обнаружения Угроз

Коломойцев¹,

Kolomoitsev²,

Богатырев³

et al. 2018

ППС

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“…The pattern of secure access 'Connecting node' is based on the standard pattern of access 'Direct connection', which uses a serial connection of all key elements and components of a CS between each other [4], [5]. For high quality and uninterrupted operation of the CS, its key elements are usually reserved.…”

Section: The Pattern Of Secure Access 'Connecting Node'mentioning

confidence: 99%

“…Therefore, the probability of detection and elimination of threats to information security system (7), we calculate as [4], [16], [17]:…”

Section: Advances In Computer Science Research (Acsr) Volume 72mentioning

confidence: 99%

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A Fault-tolerant Two-tier Pattern Of Secure Access 'Connecting Node'

Kolomoitcev¹,

Bogatyrev²

2017

Proceedings of the IV International Research Conference "Information Technologies in Science, Management, Social Sphere and Med

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Abstract-The purpose of this paper is to study a faulttolerant system of secure access to the corporate network and to select the options for allocating resources of the server for the system's information protection software that is installed on it, given that the conflicting requirements, arising in this case, are met. A two-tier pattern of access, including two groups of routers and a group of servers with the software that implements the functions of secure access to information, is proposed to be the basis for designing the protection system. The considered technical solutions were analyzed for effectiveness using the mathematical model that was developed to estimate the average time of the request in the system, depending on the means of information protection involved. An example of calculating the average time of the request in the system, with two types of software for information protection (firewall and antivirus) installed on the server, was given. An example of calculating the degree of information security computing system, with different number of used software for information protection, was given too. Options for allocating resources of the server to ensure the operation of the existing bundle of software means for information security were examined and their effectiveness was assessed.

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Calculating the probability of detection and removal of threats to information security in data channels

Kolomoitcev

Bodrov²,

Krasilnikov

2016

2016 XIX IEEE International Conference on Soft Computing and Measurements (SCM)

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Choice of option for implementation of the multilevel secure access to the external network

Cited by 3 publications

References 6 publications

Эффективность Поэтапного Применения Средств Защиты С Пересечением Областей Обнаружения Угроз

Эффективность Поэтапного Применения Средств Защиты С Пересечением Областей Обнаружения Угроз

A Fault-tolerant Two-tier Pattern Of Secure Access 'Connecting Node'

Calculating the probability of detection and removal of threats to information security in data channels

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