THE METHOD OF CONSTRUCTING THE LAW OF THE SECURITY MANAGEMENT SYSTEM OF CRITICAL INFRASTRUCTURE OBJECTS IN THE CONDITIONS OF EXTERNAL UNCONTROLLED INFLUENCES

Abstract

The intensive development of information technologies with a high degree of autonomy requires the development of autonomous management systems for optimal management. This issue is especially acute for critical infrastructure objects that have been proven to be affected by extreme external factors and impacts. It is proposed to consider the management process as management in a system with incomplete a priori information about the managed process. The process of managing which changes as information accumulates and is used to improve the operation of the entire security system in general. An identification approach to the synthesis of indirect adaptive control is used, which consists in specifying the model of the object during the control process. On the basis of the refined model, a safety control signal of the object is produced. The model of the object needs clarification because the system is constantly affected by external uncontrolled influences. The difference between the proposed method and the existing ones is that it offers a method of building a robust control system that allows to compensate for unknown disturbances with a certain accuracy in the required time. At the same time, by selecting the parameters of the closed system, it is possible to make the error and time values sufficiently small.