研究了采样数据系统的故障检测问题。
The fault detection problem in sampled data systems is studied.
目前，基于GPS的同步采样方法已开始应用于电力系统状态变量的同步采样。
Recently the synchronous sampling method based on the GPS has been applied in power system.
智能采样控制方式能够很好的实现带有大延迟环节的系统控制。
Method of intelligent sampling control is very useful for controlling the time delay system.
介绍了多通道采样系统的设计。
The thesis introduces the design of multiple channel sampling system.
通过霍尔传感器进行电流采样，设计了电流反馈的控制系统。
The current is sampled by Hall sensor and a current feedback control system is designed.
该装置采用流动注射分析区域采样流路系统。
如果时间间隔是可控的，称之为采样系统。
If the time intervals are controlled, the system is termed a sampled-data system.
该系统界面友好，操作方便，有较高的控制精度和较快的采样分析速度。
This system not only has a friendly interface, but also can meet high sampling…
对输出端多采样率系统故障检测问题进行了研究。
Fault detection of multirate output control system was studied.
对输出端多采样率系统故障检测问题进行了研究。
Fault detection of multirate output control system was studied.
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