Research on Networked Cooperative fire control based on improved Hungary algorithm

Aiming at the problems of low efficiency of network air defense operation and difficult evaluation of target assignment scheme, this paper proposes an efficiency function model of network cooperative fire control and the improvement measures of traditional Hungarian algorithm. The effectiveness function model establishes the target allocation evaluation index system of air defense system, analyzes the anti saturation of air defense target, and quantifies it as index adding model. The improved Hungarian algorithm realizes the one-time allocation of weapon targets, and does not need to transform the cost matrix many times. The improved Hungarian algorithm is used to check the effectiveness function value of the model. The rationality of the method is verified by the example analysis of multi-target assignment, which shows that the model can provide effective decision-making basis for efficient attack of networked cooperative fire air defense control.