摘要
针对导弹末端突防中,间歇采样转发干扰方法只有小部分信号功率用于产生导前导后假目标的问题,提出了基于弹载干扰机的部分采样转发的切片式干扰方法。该方法相比传统的间歇采样转发干扰而言克服了只有小部分信号功率被用于产生导前导后假目标能够实现在真实目标周围产生假目标,提高干扰功率的利用率,同时从干扰方式上提出与弹载小型干扰机相结合,实现了基于弹载的欺骗式干扰。仿真实验表明,基于弹载小型干扰机平台上进行间歇采样转发干扰能够在导前与导后形成逼真假目标对对方形成欺骗性干扰。
Aiming at the problem that only a small part of signal power is used to generate the false target in the terminal penetration of missile,a method of partial sampling and forwarding based on missile jammer was proposed.Compared with the traditional intermittent sampling and forwarding jamming,this method overcome the problem that only a small part of the signal power was used to generate the false target around the real target,and improved the utilization of jamming power.At the same time,the combination of the interference mode and the small-sized jammer was realized,and the deceptive interference based on the missile was realized.The simulation results showed that the intermittent sampling and forwarding jamming based on the missile-borne jammer platform could form a deceptive jamming to the other side by forming a realistic false target before and after the guidance.
作者
胡海涛
姜凯
李佩林
张剑云
HU Haitao;JIANG Kai;LI Peilin;ZHANG Jianyun(Electronic Countermeasure Institute,National University of Defense Technology,Hefei 230037,China)
出处
《探测与控制学报》
CSCD
北大核心
2019年第2期125-130,共6页
Journal of Detection & Control
关键词
导弹突防
间歇采样
切片式干扰
弹载小型干扰机
missile penetration
intermittent sampling
sliced interference
missile-laden small jammer