Decision modeling for the detection and identification of micro-drone in the electronic warfare battlefield With the effect of cost and operating range components based on game theory

Today , economic centers such as refineries, political centers such as parliament, government, judiciary and military centers such as barracks can be attacked by spy or suicide Mini-drones. Various systems and methods have been proposed to detect and identify this threat. Since this issue is a competition between two groups of defenders and attackers, several factors are effective in the decision-making of these two groups, their operational approach and the optimal selection of equipment. In this research, by using the game theory based on the graph model, we have been able to, in the first step, by considering the two parameters of cost and budget in equipping the electronic warfare , as well as the operational range of the systems in two independent scenarios, considering the equipment of the parties and the preferences of the actors. Predict the battle scene and the equilibrium situations based on game theory.In the second step, by combining these two components and simultaneously applying the influence of the decision parameters in a cost function, we predict the final state of detection and identification of the Mini drone and, taking into account the real conditions, we model the correct decision-making process for the commanders of the battlefield of electronic warfare. The results show that the simultaneous effect of two parameters, cost and operating range, have completely opposite results with one-dimensional decisions. Also, the cost function can be effective in changing the results