研究表明，应用这种方法设计的电液伺服振动台系统可以实现对周期或重复性的振动实验信号的跟踪控制。
The simulation study shows that the electro-hydraulic servo vibration bable system, designed using the method presented here, can realize tracking control to penodic vibration test signals.
月球车跟踪装置是一种位于着陆器上，借助于视觉伺服控制来实现对月球车跟踪及导航的装置。
The tracking system of lunar rover is a complex device which track and guide for lunar rover by visual servo control.
结果表明，该控制器能够满足鲁棒伺服跟踪控制的要求。
The obtained results have shown that the controller meets the requirements for the robust servo tracking performance.
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