Construction of Continuous and Discrete Distribution Laws for Risk Assessment in Information Systems

Gromov, Yu. Yu.; Minin, Yu.V.; Ivanova, O. G.; Majeed, Huda

doi:10.25103/jestr.133.01

Cited by 5 publications

(2 citation statements)

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“…When solving this problem, it should be noted that the studies carried out in [8][9][10][11][12][13][14][15][16][17][18][19][20] showed that with an increase in the dispersion of the additive noise component, the probability of the appearance of a «flip» increases almost linearly. It should be noted that with a decrease in the sample size, the probability of a «flip» increases even with relatively small variances of the additive noise component [5].…”

Section: Methodsmentioning

confidence: 99%

Increasing the accuracy of signal extraction by correcting the approximating function under conditions of a priori uncertainty

et al. 2021

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The paper discusses the issues of practical implementation of increasing the accuracy of signal extraction, which is achieved by eliminating the «flip» of the approximating function when dividing the measured process into intervals under conditions of a priori uncertainty about the signal function, which significantly increases the error of allocating a useful signal. The probability of a «flip» of the approximating function depends significantly on the variance of the additive noise and the sample length. The use of the proposed methods and their software implementation makes it possible to increase the accuracy of the useful signal extraction up to 30 percent in the absence of a priori information about the function of the measured process for complex signals and at least 20% for simpler ones. The use of the proposed methods will significantly increase the processing efficiency in the conditions of a priori uncertainty about the function of the measured process (useful signal) and the statistical characteristics of the additive noise components.

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Section: Methodsmentioning

confidence: 99%

Increasing the accuracy of signal extraction by correcting the approximating function under conditions of a priori uncertainty

et al. 2021

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“…The design of large distributed systems uses many programming languages, which in turn causes certain difficulties. That is, security in these cases is not provided [3].…”

Section: Introductionmentioning

confidence: 99%

About Some Methods for Software Security

Mahmudova

2018

TNC

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This study reviews software security, etc. It studies the methods for the analysis of software security. The problems of software protection are identified. The risks for software projects, their management, determination and categories are studied. Software development process includes the construction of an agreed structure for software development. The design of large distributed systems uses many programming languages, which in turn causes certain difficulties. That is, security in these cases is not provided. Software security is a set of measures aimed at its protection. Security in software exploitation is also a key issue. Software security is understood as its functioning without any problems. Information security threats arise in the process of software exploitation.

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Realization of a two-circuit four-channel regulator to control the sterilization of canned food in the industrial autoclave

Nazoykin

Lavlinskiy

Мокрушин

et al. 2021

Modeling of Systems and Processes

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carried out with specified periodic actions, we can distinguish their multiplicity, diversity and originality. However, with regard to the sterilization processes in autoclaves, there is currently no high-quality control system for them, which still determines the relevance of this task. The article offers a selection of criteria that can be applied to the automatic control system, taking into account the specifics of the processes that occur during the sterilization of canned food using an autoclave. This article also discusses the structure of this process using the basics of the theory of automatic control. In addition, it provides a simulation of these processes. In contrast to the existing structures, the proposed automatic control structure is characterized by openness, which increases the design efficiency in the development of such control systems. The basis of this approach in the form of a two-circuit four-channel controller, allows you to improve existing and create new automatic control systems for sterilization plants.

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Construction of Continuous and Discrete Distribution Laws for Risk Assessment in Information Systems

Cited by 5 publications

References 0 publications

Increasing the accuracy of signal extraction by correcting the approximating function under conditions of a priori uncertainty

Increasing the accuracy of signal extraction by correcting the approximating function under conditions of a priori uncertainty

About Some Methods for Software Security

Realization of a two-circuit four-channel regulator to control the sterilization of canned food in the industrial autoclave

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