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Aiming at the requirement for the establishment of intelligent and autonomous targets for air defense weapon simulation training, this paper uses modular and componentized model structure to construct the framework and granular analysis of CGF air target modeling. In this paper, a target maneuvering model, a radar fire control model and an intelligent expert decision-making model are established, and there are two target construction methods: autonomous and controlled. The simulation experiment is conducted with a certain type of air defense weapon target simulator as the background. The results show that this model solves the problem of single target parameter in the CGF simulation training system, training complexity and lack of realism, and meets the requirements of simulation training and strengthens training. The immersion of the personnel has effectively improved the training level. And the component-based development model gives the model good reusability and interactivity.

Modeling and Simulation of CGF Aerial Targets for Simulation Training