Modeling the Anti-UAV Swarm System Architecture Based on DoDAF

The development of UAV swarm has brought great threat to the existing air defense system, so it is urgent to improve the ability of anti-UAV swarm. However, Existing countermeasures and systems are numerous but have a relatively narrow perspective, which cannot adapt to various combat scenarios and lack of comprehensive defense capabilities. In this paper, by analyzing the fundamental operational process of UAV swarm attacks, the distinct combat characteristics of the enemy UAV swarm in each stage are identified. Secondly, based on the Department of Defense Architecture Framework (DoDAF), an attack-defense integrated anti-UAV swarm architecture model is constructed, and the system composition, combat task activities, and interaction relationships between combat nodes are described using view models. Finally, with the support of executable models, the logical correctness and functional consistency of the architecture are verified through dynamic simulation experiments, providing a reference for the future design and modeling of the anti-UAV swarm system.