用w变换求解重复控制电路

M. Tóthová, J. Pitel’, M. Balara
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引用次数: 0

摘要

重复控制电路的原理是在当前时间间隔的控制信号中加入与前一个间隔的控制偏差。这个过程是连续进行的,这样可以实现输出信号的时间过程与控制信号的渐近相等。但这个过程并不总是成功的。保证这一过程的收敛性类似于保证经典反馈控制回路的稳定性。这样的系统还包括时滞,这使得用微分方程描述的控制电路的合成变得复杂。本文给出了用w变换求解输出响应和研究重复控制电路稳定性的一些结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Solution of the repetitive control circuit using W-transform
The principle of the repetitive control circuit is that the control deviation from the previous interval is added to the control signal of the current time interval. This process is carried out continuously and in this way an asymptotic equality of the output signal time course with the control signal can be achieved. But this process is not always successful. Ensuring convergence of such a process is analogous to ensure the stability of classical feedback control loop. Such system includes also the time-delay, which complicates the synthesis of a control circuit described by the differential equations. In the paper there are presented some results of using W-transform to solve the output responses and to investigate the stability of the repetitive control circuit.
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