Security and Regulatory Aspects of the Critical Infrastructure Objects Functioning and Cyberpower Level Assesment

Tolіupa, Serhii; Пархоменко, Іван; Shvedova, Hanna

doi:10.1109/aiact.2019.8847746

Cited by 7 publications

(2 citation statements)

References 2 publications

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“…Метою такої моделі є оцінювання готовності об'єктів інформаційної і кіберінфраструктури до безпечного функціонування в умовах сторонньо-го кібервпливу та встановлення на підставі так званого "індексу кіберпотужності" вимог до власних систем кібербезпеки [9].…”

Section: виклад основного матеріалуunclassified

Problems of Protecting Critically Important Infrastructure Objects

Лукова-Чуйко

Nakonechny

Tolyupa

et al. 2020

ISTS

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The paper deals with topical issues related to the protection of critical infrastructure, which depend on the survival of the human community. It is shown that rapid progress in the field of information technology, on the one hand, allows the modern economies of many countries to become inextricably interconnected; interfering with the work of critical infrastructure. The analysis of what are the true causes of such close attention to such objects by cyber terrorists. Top 10 major threats to industrial control systems are presented. The following steps determine the criticality of the infrastructure objects. The following is a list of 11 critical sectors and 37 relevant sub-sectors identified by the European Union. The answer is given to the question with which target countries should develop national strategies for the protection of critical infrastructure objects. A strategy for quantifying the level of security of critical infrastructure against the risk of third-party cybernetic exposure is proposed. The necessity to unite different elements of protection of critical infrastructure objects by states is substantiated. It is important that cybersecurity policies should be central to the protection of critical infrastructure. It is noted that not all national cybersecurity strategies provide the same place and relevance for critical infrastructure. It is noted that when developing a national strategy for the protection of critical infrastructure, it is important to compile a comprehensive list of all relevant national policies. It is concluded that today it is an important tool for the protection of critical infrastructure

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Section: виклад основного матеріалуunclassified

Problems of Protecting Critically Important Infrastructure Objects

Лукова-Чуйко

Nakonechny

Tolyupa

et al. 2020

ISTS

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“…A significant number of publications are devoted to the study of the reliability of telecommunication systems and their components [1][2][3][4][5]. Security issues are discussed in [6]. Also, modern publications pay considerable attention to the certainty of telecommunication systems and their components, in particular to ensure a low error rate in data transmission at the presence of noise in a communication line [7][8][9][10].…”

Section: Introductionmentioning

confidence: 99%

Calculation of symbol error rate in a telecommunication system based on amplitude modulation of many components

Horbatyi¹

2021

Math. Model. Comput.

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The known analytical equations for calculating the symbol error rate (SER) in the M-ary telecommunication system are considered. The analytical equations for calculating SER in a telecommunication system based on M-ary amplitude modulation of many components (M-AMMC) and other varieties of amplitude-phase shift keying with arbitrary number and arbitrary location of signal points of the signal constellation, as well as under the action of additive white Gaussian noise in a communication line are proposed. According to the results of the research, it is found that the proposed equations allow us to increase the accuracy of calculating SER when using M-AMMC and other varieties of amplitude-phase shift keying compared to known analytical equations.

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