基于目标一致算法的导弹编队控制与仿真

导弹的突防性能是衡量导弹优劣的核心技术指标，如何提升导弹的突防能力受到世界各国的高度重视。为了提升导弹的突防概率，可以采用导弹编队协同作战的方式，实现导弹的密集临空，对敌实施饱和攻击，最终实现导弹突防能力的提升，并且多弹编队对大型目标的毁伤效果更加明显和高效。为了提高导弹编队的协同作战能力，围绕导弹编队协同的概念与模型，开展编队控制的理论与仿真研究，设计了基于目标一致算法的编队方法，实现了编队成员的协同控制，利用MATLAB进行了相关的仿真，分别调整导弹方向控制参数和速度控制参数，对比不同参数状况下导弹编队飞行状态变化，获取最佳状态控制参数，实验验证了算法的有效性。

Missile Formation Control and Simulation Based on Target Agreement Algorithm

The penetration performance of missiles is the core technical index to evaluate the merits of missile.How to improve the penetration capability of the missile has been attached great importance to all countries in the world.In order to improve the penetration probability of missiles,the coordinated operation of missile formation can be adopted to realize the intensive air penetration of missiles,carry out saturation attack on the enemy,and finally realize the improvement of the penetration ability of missiles,and the damage effect of multi-missile formation on large targets is more obvious and efficient.In order to improve the cooperative engagement capability of missile formation,the theory and simulation of formation control are carried out around the concept and model of missile formation coordination,the formation method based on the goal consistent algorithm is designed,and the cooperative control of the formation members is realized.The relevant simulation is carried out by using MATLAB,and the missile direction control parameters and speed control parameters are adjusted respectively.The optimal control parameters are obtained by comparing the flight state changes of missile formation with different parameters.The effectiveness of the algorithm is verified by experiments.