现代战机超机动攻击研究

在研究、比较两种非线性系统设计方法——动态逆和Backstepping的基础上，设计了具有大机动飞行的，基于Lyaponov全局稳定的Backstepping飞行控制律；其次，探讨了衡量机动攻击导引性能的评价尺度，并进一步研究了如何根据载机与目标的相对运动，导引载机机动飞行，以迅速满足载机空空导弹离轴发射条件，实现超机动攻击的导引律。最后，以攻击机动和非机动目标飞行仿真，说明了所研究的机动攻击导引方法的正确性和可行性。

Modern Fighter Study on PST-Attacking

Post-stall technology (PST) aircraft has the capability of rapid nose pointing and the advantage of attacking the adversary air target. Based on the Backstepping method, a flight control law is designed, with which the modern fighter can be controlled to realize PST flight. Furthermore, a study on the attacking performance metric to measure combat advantage is presented; this has been used as a assessment for the design evaluation of the attacking guidance law, based on modern airborne missile, with capability of off-boresight launch. Simulation demonstrates that the designed guidance law is feasible in the guidance of fighter, aiming at the target rapidly and steadily.