METHODS AND MODELS OF RESEARCH AND ORGANIZATION OF DECISION-MAKING ON ENSURING INTEGRATED SECURITY OF IMPORTANT STATE FACILITIES
Ensuring the security of important state facilities of the Russian Federation occupies a special place in the system of ensuring the national security of the country. This is defined as their significance for the life of society and the state, as well as the severity of the consequences in cases of accidents, disasters and terrorist acts at these facilities. At this stage of building a security system, in particular, a physical protection system (PSS) includes engineering and technical means of protection, an object security service and regulatory documents. For the effective functioning of the security of important state facilities, it is necessary to develop appropriate methods and models that ensure an adequate response of forces, means and security subsystems to emergency situations. The issues of organizing the functioning, managing infrastructure and ensuring the integrated security of important state facilities, especially in crisis situations, have not been sufficiently studied and require special consideration. One of the methods that allow you to study and simulate a specific situation is the decision modeling method. This study is aimed at developing methods and models aimed at improving the management of decision-making in the security system, under conditions of information uncertainty in order to prevent emergency situations. The purpose of this study is to improve the management of decision-making in the security system of important state facilities using methods and models. Results: In this work for the first time an author's dynamic model has been created for making a level management decision in the system for ensuring the security of important state facilities. A methodology has been developed for conducting an expert analysis of the state of security of the physical protection system of important state facilities (based on a simulation model in the form of a software product) with obtaining quantitative performance estimates. Science-based technical and technological solutions have been formulated that allow creating effective systems for ensuring the integrated security of important state facilities. Practical significance: the author's methods have been implemented at important state facilities, including all nuclear power plants of the Russian Federation.