2) integral plants with large time-delay
大纯滞后纯积分对象
1.
Inertial first-order systems are typically object of as time-delay systems, it is obvious that integral plants with large time-delay are even more difficult to control, which is the problem this article deals with using a modified two-order ADRC(Auto-Disturbance-Rejection Controller).
采用修改后的二阶自抗扰控制器ADRC(Auto Disturbance RejectionController) ,研究了大纯滞后纯积分对象的控制。
3) the object with deadtime
纯时滞对象
4) large dead-time process
大滞后对象
1.
An adaptive PI controller with sensitivity specification for large dead-time processes is presented to keep the control loops being optimal all time and improve efficiency of process equipments as well.
利用控制回路在正常运行过程中产生的过程对象输入和输出信号,通过信号分解和傅立叶分析运算在线辨识过程对象在重要频率点上的频率响应特性,然后通过同一阶加纯滞后模型在幅值和相位两方面的匹配获得一个可以很好地描述大滞后对象的传递函数模型。
2.
A new technique of adaptive PI controller with specifications on phase and amplitude margins for large dead-time processes is presented.
该控制器利用闭环控制回路正常运行中产生的过程对象输入和输出信号,通过信号分解和傅立叶分析运算在线辨识过程对象在重要频率点上的频率响应特性,从而获得一个可以很好的描述大滞后对象的一阶加纯滞后模型。
5) long time-delay controlles plants
大滞后控制对象
6) unstable plus time delay processes
不稳定滞后对象
1.
Predictive PID control for several kinds of unstable plus time delay processes;
几种不稳定滞后对象的预测PID控制
补充资料：纯纯
1.诚挚貌。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条