ANALYSIS OF METHODS AND MODELS OF DECISION-MAKING FOR MANAGING OF AIR DEFENSE MISSILE TROOPS AND TACTICAL AVIATION

Abstract

The article analyzes the methods and models of decision-making in the management of anti-aircraft missile forces and tactical aircraft during the distribution of efforts to destroy the enemy air. The aim of the work is to determine the degree of influence of mathematical devices of methods of mathematical modeling and their integrations on the formation of alternatives to the complex of automation tools. The methodology of the study includes empirical, theoretical and general logical methods. The study revealed the properties of fuzzy logic methods with increasing complexity of the model, and with it the number of rules, improves its ability to describe real conditions, which allows to solve problems when traditional methods are ineffective, namely compliance with the requirements for decision-making and feasibility getting an explanation. Using classical decision-making technology with appropriate methods and models, you can trace their relationship at each stage. That is, by crosschecking methods and models with each other, as each of them has advantages and disadvantages. Using the output of one method as input in the next step and with another method allows not only to check the input but also to increase the number of alternatives. On the other hand, the relationship can be interpreted as approximate from a set of sequences of methods and models at different levels. That is, depending on the selected sequence of implementation of methods and models at each stage, it is possible to obtain different sets of values. In practice, the approach to developing decision-making alternatives for the distribution of efforts between anti-aircraft missile forces and tactical aircraft can be implemented in a set of automation tools through the introduction of methods and models of decision support systems