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Simultaneous stabilizing controller with robust servo characteristic for a pair of unstable plants

机译:具有稳定伺服特性的同步稳定控制器,用于一对不稳定的工厂

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In this paper, we examine a design method for simultaneous stabilizing controller with robust servo characteristic for the step signal. Several papers have been examined design methods for simultaneous stabilizing controllers. However, no paper examines a design method for simultaneous stabilizing controllers which has robust servo characteristic for the step signal. Therefore, using the simultaneous stabilizing controller which is designed by previously proposed method, the output of the control system cannot follow the step reference input without steady state error when the plant has uncertainty. Moreover, the influence of the step disturbance cannot be attenuated. In this paper, we propose a design method for simultaneous stabilizing controllers which has robust servo characteristic for the step signal. They can simultaneously stabilize a pair of unstable plants having no common unstable poles. In order to solve this problem, we use the relationship between the simultaneous stabilization and the strong stabilization. Then this problem can be reduced to the strongly stabilization problem with interpolation problem. We can obtain the parameterization of all simultaneous stabilizing controllers with robust servo characteristic for the step signal by using this idea.
机译:在本文中,我们研究了一种针对步进信号具有鲁棒伺服特性的同时稳定控制器的设计方法。几篇论文已经研究了同时稳定控制器的设计方法。但是,没有论文研究同时稳定控制器的设计方法,该方法对于步​​进信号具有鲁棒的伺服特性。因此,使用由先前提出的方法设计的同时稳定控制器,当设备具有不确定性时,控制系统的输出将无法跟随阶跃参考输入,而不会出现稳态误差。而且,阶跃扰动的影响不能减弱。在本文中,我们提出了一种同时稳定控制器的设计方法,该方法对步进信号具有鲁棒的伺服特性。它们可以同时稳定一对没有常见不稳定极点的不稳定植物。为了解决这个问题,我们利用同时稳定与强稳定之间的关系。然后可以将此问题简化为带插值问题的强稳定问题。通过使用这种思想,我们可以获得步进信号具有鲁棒伺服特性的所有同时稳定控制器的参数化。

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