Find the Best Answer in the Conflict Scenario of Fighters with Electronic Warfare and a set of Defense Radars without Having Complete Information from Each other

Choosing a strategy for electronic conflicts in the field of action and situations similar to the problem scenario is a matter of experience and will not necessarily be the best possible choice. Therefore, the importance of providing a reasonable and measurable decision-making method in choosing a strategy in real conditions is quite clear. One of the points that can be deduced from the study of common methods and techniques in electronic warfare is that none of these methods are considered absolute winners and the holder can’t consider himself the undisputed winner of the field. Because there is more or less the opposite of any technique. Using a method or tool in a situation may be very effective, but with a change of method or change of tool by the competitor, it becomes a weakness. Therefore, in this battle, the correct and timely use of each technique, and with full knowledge of the opponent and in accordance with the actions performed by him can be considered a factor of success and all useful tools in this field can be used. One of the most useful tools in the field of strategic decision analysis is game theory. With the help of this mathematical tool, the decision-making process between two or more decision-makers can be examined and the results can be analyzed. It is also possible to observe the effect of various parameters involved in the result of the problem, and to plan the result in the desired direction. In this paper, selecting the best response in different stages of the conflict to solve various such problems is achieved and the main purpose is to present a new approach to adopt a strategy and select the radar and disruptive coping technique in case of incomplete information from each other, using a method It is mathematical and algorithmic, so that we have a better performance in the benefit function of the parties.

Keywords:

Modeling , Scenario , Electronic Warfare , radar