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Design of Model Predictive Control of Multivariable Time-delay Plants Using Interactor Matrix

机译:基于交互矩阵的多变量时滞植物模型预测控制设计

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This paper proposes a model predictive controller for multivariable systems with time-delays. The design method is derived by the following way, first to consider a design for single input single output(SISO) systems and to modify the control problem for the SISO systems with no time-delays by shifting the outputs with time-delay steps and a design method with no time-delays is applied to the modified systems. Then the SISO case is extended to multi-input multi-output(MIMO) case by replacing time-delay steps in SISO case with an interactor matrix of MIMO plants.
机译:本文提出了一种具有时滞的多变量系统的模型预测控制器。该设计方法是通过以下方式得出的:首先考虑单输入单输出(SISO)系统的设计,并通过将输出按时延步长进行移位来修改无时滞的SISO系统的控制问题。无时延的设计方法应用于修改后的系统。然后通过用MIMO植物的交互矩阵替换SISO情况下的时延步骤,将SISO情况扩展到多输入多输出(MIMO)情况。

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