雷达组网中的两点源反辐射导弹诱骗仿真

Emulation of the Anti-Radiation Missile With Dual-Point Source Decoying

反辐射导弹(ARM)是现代防空系统面临的五大威胁之一,它能直接摧毁雷达设施并杀伤操作人员,严重影响部队的战斗力。在反辐射导弹形势日益严峻的今天,提高防空雷达抗反辐射导弹的能力意义十分重大。文章主要介绍了雷达组网中,采用两点源原理,利用两部雷达组网抗反辐射导弹,得出在不同情况下诱骗反辐射导弹成功的概率,由此推断如何更好地安排雷达的位置以达到最佳的对抗反辐射导弹的效果。最后给出了两部联网雷达距离不同时,对反辐射导弹诱骗成功的概率。

Anti -radiation missile is the one of the five digest threaten about present antiaircraft defence system . it can not only directly destruct the radar facility but also kill operator, and then make the fighting strength of troops fall. So in this form it becomes very meaning to increase the ability of counterwork Anti - radiation missile. The paper mainly introduces how to induce the Anti -radiation missile shift excursion with the prinCi- pie of dual sources decoy in internetted radar. We have obtained the probabilities of successful making the ARM deviation in various conditions, from which we can deduce how to make arrangements for the positions of radars in order to get the best effectiveness. At last the paper gives the probability of successfully making the ARM decoy when the distance between the two radars is diversity.