Research on Optimal Target Matching of Multiple Projectiles and Multiple Targets

In urban operations and other scenarios, the threat of multi-target saturation attack is often faced, such as unmanned aerial vehicle intelligent cluster attack, unmanned vehicle cluster attack, and multiple fixed fire point saturation attack, and it is urgent to use multiple precision-guided weapons to strike multiple targets at the same time to improve the time effectiveness of combat. Although the traditional missile can achieve fire gathering and fire turning, it can not solve the problem of multi-target allocation in the same direction. Compared with semi-active laser guidance technology, laser field cooperative guidance has the ability to strike multiple targets at the same time. Therefore, it is necessary to design an efficient target allocation algorithm to solve the problem of multi-target allocation in the same direction and improve the time efficiency of the operation.