基于该系统，给出了一种降阶自适应反推控制器的设计方案。
Based on the system, a design scheme of reduced-order adaptive backstepping controller is given.
研究了基于MT -滤波器的连续自适应反推控制的数字实现问题。
The problem of digital implementation of continuous adaptive backstepping control based on MT-filter Is studied.
针对风机负载的特点，提出一种基于非线性控制策略的反推控制，实现了速度闭环控制。
This study brings forward backstepping control based on nonlinear control strategy as a possible way to implement close-loop speed-control based on the characteristic of fans load.
设计的反推控制可以实现永磁同步电动机速度跟踪控制，保证系统具有良好的速度跟踪性能。
The newly designed backstepping control is implemented for permanent magnet synchronous motor (PMSM) to track speed commands, at the same time the design can provide better speed tracking performance.
涡轮机后特殊的燃气分配截流阀、燃气管线和燃气反推控制喷口系统被首次用于火箭E段的控制。
A system of special gas distribution throttles, gas lines and control gas-reaction nozzles behind the turbine was first used for control on unit e.
反推控制是一种新颖的非线性控制策略，算法简单，易于工程实现，是目前交流伺服控制研究热点之一。
Backstepping control called a novel nonlinear strategy is one of the high focus research in ac servo drive for simple arithmetic and facility project implementation.
采用状态转换技术和反推方法，设计了只依赖于输出值的输出反馈控制器。
The state switching technique and back-stepping approach is used to design the output feedback controller.
通过综合应用反推、调节函数、SDU分解和估计参数，得到了控制器的设计。
The control design is achieved by using backstepping, tuning functions, SDU factorization and estimating parameters.
然后利用积分反推方法，构造性地设计出了输出反馈稳定控制器、自适应镇定控制器和渐近跟踪控制器。
Then, the output-feedback stable controller, the adaptive output-feedback stable controller and asymptotical tracking controller are constructively designed using integral backstepping approach.
反推装置（T／R）系统控制风扇叶片气流的排气方向从而实现正推力和反推力。
The thrust reverser (T/R) system controls the direction of the fan air exhaust to make forward or reverse thrust.
反推装置（T／R）系统控制风扇叶片气流的排气方向从而实现正推力和反推力。
The thrust reverser (T/R) system controls the direction of the fan air exhaust to make forward or reverse thrust.
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