Mission Simulation and Stealth Effectiveness Evaluation Based on Fighter Engagement Manager (FEM)

Abstract

Combat effectiveness indicators can be obtained by performing multi-round simulation experiments with the help of an appropriate simulation support platform, which provides realistic battlefield environments to simulate the combat process of military strategies and tactics. Based on the theory of Fighter Engagement Manager (FEM), this study constructed an air-to-ground combat simulation system and stealth effectiveness analyses were carried out. In the process of modeling and simulation (M&S), this paper designed attackers and defenders combining FEM and stealth detection. The simulation system includes Main, Fighter, UCAV, Radar and other agents. The research also involves cooperative operations between high-performance fighters and new generation Unmanned Combat Air Vehicle (UCAV). Finally, the simulation parameter experiments were conducted to analyze the stealth effectiveness indexes and to give suggestions for UCAV stealth design.