无人机蜂群电磁作战概念仿真

首先,提出了基于四环聚焦的无人机(unmanned aerial vehicle, UAV)蜂群电磁作战概念设计框架,并以彻底毁瘫防空体系为作战目标,设计“蜂刺”作战概念及“雷电蜂”作战行动。然后,面向体系对抗仿真的需求,提出了UAV蜂群电磁作战行动实体蜂群行为网络化交互(enity swarm behavior networked-interaction, ESBNI)建模框架,并研究了基于分层描述的UAV蜂群力量实体建模方法,以及基于行为规则的UAV蜂群电磁行为建模方法。再次,依托UAV蜂群电磁作战仿真原型(electromagnetic swarm operation simulation, ESS)系统,开展了“雷电蜂”作战行动的演示。最后,通过多案比对探索性仿真的方法,评估了联合作战背景下的UAV蜂群电磁作战效能,并验证了该作战概念的合理性、有效性。

Simulation of unmanned aerial vehicle swarm electromagnetic operation concept

First, the four-ring focus design framework of the unmanned aerial vehicle (UAV) swarm electromagnetic operation is proposed. Then, the swarm spur operation concept and the thunder swarm operation are designed with the goal of completely destroying the air defense system. Then, for the requirements of system-of-systems (SoS) confrontation simulation, the enity swarm behavior networked-interaction (ESBNI) modeling framework for the UAVs swarm electromagnetic operation is established, the method of modeling the UAVs swarm entity based on hierarchical description is studied, and the method of modeling the UAVs swarm cyber behavior is given. Thirdly, relying on the electromagnetic swarm operation simulation (ESS) system, a demonstration of thunder swarm operation is carried out. Finally, through the multi-case comparison exploratory simulation method, the performance of the UAVs swarm electromagnetic operation in the joint operation background is evaluated, and the rationality and effectiveness of the operation concept are verified.