采用进化算法的测量飞机航线规划

Flight Planning of TT&C Air Station Based on Evolutionary Programming

在巡航导弹等低空目标试验飞行时,测量飞机可以利用其平台高度和机动能力实现对巡航导弹全程连续跟踪探测,监视巡航导弹的巡航过程和记录飞行数据。以测量飞机对巡航导弹精密跟踪测量为研究对象,提出一种基于进化算法的测量飞机航线规划算法,保证对巡航导弹全程连续跟踪的同时,使得测量飞机与巡航导弹全程平均距离和方位角尽可能小,提高全程跟踪精度。以绕圈和曲线两种巡航导弹飞行路线为例,利用进化算法规划了相应的测量飞机航线,规划结果满足设计要求,验证了算法的有效性。

During the flight test of low altitude target,such as cruise missile,TTC Air Station is able to continuously track the target in the whole range due to its high height of platform and maneuvering capability.An algorithm is proposed for flight planning of TTC air station based on evolutionary programming,which is to guarantee continuous track of the cruise missile and minimize the average distances and angles between air station and cruise missile in the whole flight range.Simulation results for two examples of target track with curve and circle maneuvering show that the algorithm is effective for solve flight planning problem.