Research on an effective jamming technique for infrared guided missiles

Reasonable and effective jamming strategy is the key to jamming infrared guided missile in the process of using non-point source infrared decoys. The identification of seeker leader of infrared guided missile is the most important part of simulation. The anti-jamming technology of missile is also reflected in the target identification method. When the infrared imaging missile attacks after the tail, the defense jamming strategy that the target aircraft should take is obtained through theoretical analysis and simulation. In this paper, infrared imaging guided missile is taken as an example. The simulation model of infrared guided missile is introduced. The attack process is divided into pre-lock and post-lock, and the optimal jamming strategy in two stages is obtained. The simulation results show that the survivability of the target aircraft can be improved significantly.