Integrated decision of fire and electronic warfare in single to multiple attack

To study the integrated decision-making of the fire and electronic warfare in the single to multiple attack, the target sequencing algorithm of the fire attack is put forward by considering the effectiveness of the jamming system. According to the threat level of the target radiation to the aircraft, the power allocation method of the airborne jamming system is established. Based on the suppress distance of the jamming system to the target radar, the weaken factor of distance is defined, and the influence level of target threat with the jamming effectiveness is acquired, so the target sequencing results are improved in contrast with the fire attack threat level. The detailed process of the method is given and the simulation results show that the algorithm is effective. When the target attack sequencing results are optimized with the jamming effectiveness, the pilot can attack target with maximum destroy probability and the whole combat efficiency is improved.