Development of a Generalized Model for the Protection of a Critical Infrastructure Object from the Destructive Impact of Air Attack Means

Abstract

Purpose: development of a generalized model for the protection of critical infrastructure objects from the destructive action of an air attack. Theoretical framework: based on the analysis of the use of cruise missiles with radar correlation-extreme algorithms to damage critical infrastructure objects in the conditions of the Russian-Ukrainian war, a generalized model of the protection of critical infrastructure objects from the destructive action of an air attack has been developed. Methods: determined by a set of solved scientific and research tasks and carried out using: methods of system analysis - during studies of the distribution function of the electronic subsystem; numerical modeling methods - when studying the main electrophysical properties of critical infrastructure objects. Results and conclusions: a generalized model of the protection of a critical infrastructure facility against the destructive action of air attack tools has been developed, which allows for the assessment of risks and their management. The developed model can quantify uncertainties, simulate potential scenarios and assess the impact of various factors on the level of risk. This allows decision makers to make informed choices and develop strategies to mitigate risks. Finding implication: the research carried out in the article makes it possible to develop a mathematical model for ensuring the protection of critical infrastructure objects from the destructive impact of various types of air attack means. Uniqueness /value: a mathematical model of the protection of a critical infrastructure object from the destructive effects of air attack provides a powerful basis for understanding, predicting and optimizing air defense, contributing to progress in various fields and enabling evidence-based decision-making.