首页> 外文期刊>IEEE Transactions on Industrial Electronics >Robust Servosystem Design with Two Degrees of Freedom and its Application to Novel Motion Control of Robot Manipulators
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Robust Servosystem Design with Two Degrees of Freedom and its Application to Novel Motion Control of Robot Manipulators

机译:具有两个自由度的鲁棒伺服系统设计及其在机器人操纵器新型运动控制中的应用

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摘要

In this paper, we propose a novel robust servosys- tem design method based on the two degrees of freedom (TDOF) controller and its application to the advanced motion control for a robot manipulator. This servosystem is derived from the simple parametrization. It has the remarkable feature that the command input response and the closed loop characteristics can be specified independently by using two parameters which be- long to the ring of stable and proper rational functions. We can determine the sensitivity and the complementary sensitivity functions straightforwardly through the optimization of the two design parameters.
机译:在本文中,我们提出了一种基于二自由度(TDOF)控制器的新型鲁棒伺服系统设计方法,并将其应用于机器人机械手的高级运动控制。该伺服系统源自简单的参数化。它的显着特点是可以通过使用两个参数来独立地指定命令输入响应和闭环特性,这两个参数属于稳定且适当的有理函数的环。我们可以通过优化两个设计参数来直接确定灵敏度和互补灵敏度函数。

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