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A geometric-based approach to the maximum-speed state and output variables for some class of IMC structures

机译:基于几何的方法对某些类IMC结构的最大速度状态和输出变量的方法

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In this paper a new geometric-based approach to the maximum-speed state- and output-variable pair under perfect control design is proposed. Up to now, the maximum-speed perfect control has been connected with the pole-free instance having all closed-loop control system poles located at zero. The new results obtained through this paper show that the maximum-speed perfect control algorithm should be associated with the stable-pole case. The analytical results supported by the simulation example confirm the truthness of presented here innovative approach.
机译:本文提出了一种新的基于几何的最大速度状态和输出变量对在完美控制设计下的方法。到目前为止,最大速度完美控制已与具有位于零时的磁极的防止实例连接。通过本文获得的新结果表明,最大速度完美控制算法应与稳定极箱相关联。模拟示例支持的分析结果证实了本文在此创新方法的真实性。

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