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How to Teach Control System Optimization (A Practical Decompisition Approach for the Optimization of TDOF Control Systems)

机译:如何教控制系统优化(控制系统TD优化的实用分解方法)

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The optimality in a generic two-degree of freedom control system can be decomposed into three major steps, because the control error has three major parts: design-, realizability- and modeling-loss. The second term can be made zero for inverse stable processes only. This decomposition opens new ways for practical optimization of two-degree-of-freedom (TDOF) systems and helps the construction of new algorithms for robust identification and control. It is more reasonable to teach the optimization of control systems using these components.
机译:通用的两自由度控制系统的最优性可以分解为三个主要步骤,因为控制误差具有三个主要部分:设计,可实现性和建模损失。仅对于逆稳定过程,第二项可以设为零。这种分解为两自由度(TDOF)系统的实际优化开辟了新途径,并有助于构建用于鲁棒识别和控制的新算法。教导使用这些组件的控制系统优化是更合理的。

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