摘要
空空导弹攻击区解算是导弹发射的必要条件。针对传统的三线攻击区存在的问题,提出了利用空空导弹射后动态攻击区对其进行改进。基于某空空导弹数学模型(如气动模型、运动模型、导引律模型等),应用快速模拟算法,计算了一些典型情况下的空空导弹射后动态攻击区,并且分析了其在空战中的信息提示作用。仿真表明,空空导弹射后攻击区与传统攻击区不同,并且其能够为飞行员提供更多态势信息,有利于提高作战效能。
The calculation of attack zone of Air-to-Air Missile（ AAM） is an essential process in the launching of AAM. The concept of attack zone of AAM after launching is presented to compensate for the limitation of the traditional three-line attack zone. Based on the mathematic models of an AAM,including pneumatic model,kinetic model and so on,the attack zone of AAM after launching under typical condition is calculated out by using very fast simulation algorithm,and the function of it in air combat is also analyzed.The simulation results indicate that： The attack zone of AAM after launching is different from the traditional attack zone and can provide better Situation Awareness（ SA） information for the pilot,which is helpful for improving the combat efficiency.
出处
《电光与控制》
北大核心
2016年第1期75-79,共5页
Electronics Optics & Control
关键词
空空导弹射后动态攻击区
快速模拟法
态势信息
信息提示
态势感知
attack zone of AAM after launching
very fast simulation algorithm
situation information
message function
situation awareness
