MATHEMATICAL MODEL FOR ASSESSING THE EFFICIENCY OF THE COMBAT APPLICATION OF MULTIFUNCTIONAL UNMANNED AVIATION COMPLEXES

The results of the development a research analytical deterministic static nonlinear mathematical model of the combat use of multifunctional unmanned aircraft complexes are presented. The mathematical model was developed on the basis of a comprehensive generalization of the known methods of formalizing the stages of combat tasks of reconnaissance and strike combat aircraft complexes using optical-electronic (visible and infrared ranges), radar, radio-technical airborne means of aerial reconnaissance, and guided and unguided aerial weapons of destruction. As the main indicators of the effectiveness of combat use, the probabilities of performing aerial reconnaissance combat tasks and hitting ground / surface targets were chosen. The work presents the general structure of the mathematical model and the formalized form of scenarios for the use of unmanned aerial vehicles, which takes into account all the elements and stages of the combat mission. The main tactical and technical characteristics used as input data of the mathematical model are defined. The purpose of the model is to study the impact tactical and technical characteristics (parameters, data) on the effectiveness of the combat use of multifunctional unmanned aircraft systems as complex technical systems for military purposes. The authors implemented the specified mathematical model for evaluating the effectiveness of the combat use of multifunctional unmanned aircraft systems in the environment of the Excel table editor, the Microsoft Office software package. The presented mathematical model makes it possible to quantitatively evaluate the results of the use of reconnaissance-strike unmanned aircraft systems.