Simulation result showed that response time of missile was reduced and guidance accuracy was accordingly increased by side jet and aerodynamic compound control manner in terminal guidance 通过仿真研究表明：在末制导阶段，采用燃气动力气动力复合控制方式可提高导弹的快速性，进而提高导弹的制导控制精度。
The satellite attitude backstepping controller is designed . in order to compensate the disturbance of infrared camera , a compounding feedforward controller is proposed basing the momentum conservation 基于动量守恒定理,设计了用于补偿红外相机干扰作用的前馈控制器,从而提出预警卫星姿态的反馈-前馈复合控制方法。
Through command resolution procedure , compound control is realized , and the effects of compound control and pure aerodynamic force control are compared , the validity of compound control is proved 通过指令分解程序,实现复合控制,并且比较了直接力/气动力复合控制与纯气动力控制的效果,论证采用直接力/气动力复合控制的有效性。
This paper discusses three improving schemes : the compound control method of fuzzy control and integration control , the fuzzy control with on - line parameter self - correction , and the non - quantized fuzzy control 本文讨论了三种改进的控制方案：引入积分控制作用的模糊复合控制方法，参数在线自校正的模糊控制方法以及无模糊量化方法。
Next , the characteristics of the user satellites complex control system is that the high accuracy antenna pointing control is realized on the basis of ensuring the high accuracy attitude stabilization control of the satellite body 3 .用户星复合控制系统的特点是在保证卫星平台高精度姿态稳定控制的前提下,实现星间链路天线的高精度指向控制。
The results show that the performance of the combined control system designed in this thesis was superior to the traditional only aerodynamic control system , and the warhead of tactical ballistic missile with medium velocity could be intercepted 结果表明，所设计的复合控制系统较纯气动力控制系统性能有所提高，能够拦截中等载入速的战术弹道导弹。
4 . the combined control system was designed . by means of control command decomposed forwardly , the combined control system was divided into tow parallel subsystems , namely the aerodynamics subsystem and the direct force subsystem 复合控制系统采用对控制指令进行前向分解的方法，将复合控制系统分为两个并行的子系统，即气动力控制子系统和姿控直接力控制子系统。
As the demand for their high quality and good outline is increasing , the hydraulic control system of molding machine must be able to offer accurate pressure and flow control at the same time to its injection system 集压力、流量比例调节于一体的电液比例压力流量复合控制阀(简称pq阀)以其复合程度高、控制性能好、节能等特点在注塑机液压控制系统中得到了日益广泛的应用。
By deeply analyzing the reason of the fault and optimizing the parameter of circuit , performance of drivers increased greatly and a new way based on compound driving had been proposed which reduce the fault of traditional driver 通过电路分析,研制了电压、电流及复合控制型压电陶瓷驱动器。并通过优化电路参数,在其他性能指标不降的情况下提高了原电压及电流型驱动器的动态性能。
The control method of side jet and aerodynamic compound control , including side jet and aerodynamic compound control manner , control cycle of attitude control engine , ignition logic , startup control game of attitude control engine , etc . was researched 摘要对采用燃气动力（直接力）与气动力复合控制技术的控制方式、姿控发动机控制周期、点火逻辑及姿控发动机启控策略等进行了初步探讨。
