An Air Combat Simulation System for Intelligent Decision-Making

Command and control in modern air combat is showing pressing demand for intelligent decision-making. Research on intelligent decision-making technique relies on data accumulation by combat simulations, which still remains underdeveloped at present. In this paper we introduce a tactical-level air combat simulation system for intelligent decision-making, which can simulate air combat between formations, and has multiple application modes, namely Man-Man, Man-Machine, and Machine-Machine. This system can collect diversified and fine-grid data, and provide data support for training of intelligent air-combat decision-making models, validation of intelligent decision-making algorithms, and deduction of tactical plans. A combat example simulated by the system is presented and analyzed in detail.