Construction of Intelligent Systems of Physical Protection of Information
Authors: Simon Zh. Simavoryan, Arsen R. Simonyan, Elena I. Ulitina, Irina L. Makarova, Elina A. Pilosyan, Rafael A. Simonyan
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One of the most important tasks of intelligent information security systems (IISS) automated data processing systems (ADPS) is the task of building intelligent systems of physical protection of information (ISPP). At present, the task of building ISPP is urgent, requiring systematic and regular decisions on an ongoing basis. At present, there are a lot of mathematical models and practical approaches to solving the problem of the effective functioning of physical protection systems. One interesting approach to this problem are: 1) an integrated approach to develop a mathematical model of the operation of physical protection systems (Ignat'ev, 2012; Godyreva i dr., 2007); 2) multiagent system (MAS) and technology (MAS-technology) (Shreider, Borovskii, 2017; Smirnov i dr., 2018; Gorodetskii i dr., 2017; Tarasov, 2010; Zubareva i dr., 2016). However, analysis of the regulatory basis of physical security, conducted by (Filippov, 2017) shows that the methodology for categorizing, analyzing threats and vulnerabilities differ vagueness of the conceptual apparatus and the lack of a unified terminological approach. In addition, the stresses that the analysis of threats often do not consider the connection between vulnerability and offending patterns. Not compiled a database of current security threats and vulnerabilities. However, it should be noted that the system of physical protection of critical infrastructure is largely dependent on the quality of the selection means of physical protection, and in (Yannikov i dr., 2017) proposed, developed with the help of MS SQL Server Express database "means the physical protection of critical infrastructure." Practice shows that the design methodology ISFZ built by different developers on different methodological foundations, which is dictated by different departments ADPS. Accordingly, in this paper formulated the task of building intelligent systems of physical protection of information on the basis of system-conceptual approach (Simavoryan i dr., 2013; Gerasimenko, Malyuk, 1997) worked out some aspects of its system solutions.