Algorithm of power allocation for cooperative electronic jamming in air combat of formation

To study the power allocation algorithm for cooperative electronic jamming, the jamming zones of multiple devices are merged into single fighter jamming zone. Taking the threat level of the target to formation as well as the suppressed effectiveness of the formation to target as the index, the power allocation model of cooperative electronic jamming is established through the integer programming method, which includes the power allocation among different jamming sectors and inside the same sector. The simulation results show that the algorithm is effective. When the jamming power of formation is allocated cooperatively, the power allocation insufficiency of one jamming device is avoided, the repeat allocation to the same target with different jamming devices is reduced, and the effectiveness optimization of formation electronic jamming is acquired.