An improved matching algorithm and applications in the simulation platform of C4ISR system

Artillery command system´s equipments have the features of a wide geographical distribution, the complexity of the network node, the actual data being difficult to collect and so on. The simulation platform based on battlefield simulation can solve a series of problems encountered in the system test and training. The matching algorithm between the simulation entity and the actual system is very important to ensure the timeliness and credibility of simulation. In this paper, the matching algorithm between the simulation entities and the actual system in the simulation platform is studied, and shortcomings in the algorithm have been improved. The convergence of the algorithm is proved. The algorithm is applied to the simulation of the actual system and the process flow of the simulation platform agent, and achieves good results.