Aircraft Flight Modeling in the Area of Critically Important Infrastructure Facilities

The problem of protecting various objects against the impact of unmanned aerial vehicles (UAVs), which can be used by both individual offenders and organized criminal groups, is one of the urgent problems of our time. An extremely important task is to protect critically important infrastructure facilities (CIIF) against UAV attacks, among these are airports, power plants (including nuclear power plants (NPP)), communication facilities and key information infrastructure facilities, treatment facilities, etc. The article deals with the problem of simulating aircraft flights in the area of critical infrastructure facilities. The greatest attention is paid to modeling various types and forms of unmanned aerial vehicles, the nomenclature of which is constantly expanding and updating. In accordance with the proposed approach, based on the set of a priori data available in the literature, mathematical models are synthesized that correspond to various conditions and modes of intensity of the dynamic air situation in the zone of a critically important infrastructure object, which can be used in an adaptive way when modeling situations of varying degrees of complexity. The developed mathematical models make it possible to study integrated information systems designed to detect, observe and prevent unauthorized UAV actions in the CIIF zone by the method of statistical modeling using computers.