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当反舰导弹飞近目标散布区时,导弹搜索雷达必须开机搜索目标,导弹根据目标反射信号的几何或能量特性,利用某一算法从被探测到的,包括敌方施放的假目标在内的所有目标中选择某一目标作为导弹的攻击目标.目标散布区的外形和大小对导弹选择真实目标概率的影响是一个尚未得到深入研究的问题.推导了目标散布区对导弹正确选择目标概率的影响函数;在考虑了目标舰及时提供假目标的仿真模型的基础上,给出了七种导引头选择目标的算法及仿真模型.仿真结果表明,目标散布区影响反舰导弹雷达的开机时间,从而影响导引头选择真实目标的概率及其抗电子干扰能力.
When an anti-ship missile approaches the target scattering zone, the missile search radar must turn on the search target. The missile uses an algorithm from the detected target, including the enemy’s fake targets, according to the geometric or energy characteristics of the target reflection signal The selection of a target from all the targets as the target of the missile.The influence of the shape and size of the target scattering zone on the probability of selecting the true target of the missile is a problem that has not been studied deeply.It is deduced that the influence of the target scattering zone on the probability of missiles choosing the target correctly The algorithm and simulation model of seven seeker selection targets are given based on the simulation model of the target ship providing false targets in time.The simulation results show that the target scatter zone affects the boot time of the anti-ship missile radar, Thus affecting the probability of the seeker to choose the real target and its anti-interference ability.