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A Predictor-like Controller for Linear Ito Stochastic Systems with Input Delays

机译:具有输入延迟的线性ITO随机系统的预测控制器

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Linear quadratic regulation (LQR) is very fundamental in modern control theory. The theory has been developing for several decades. However, a more general problem, the LQR problem for stochastic systems with multiple control channels and delays still remains outstanding. To better understand our idea, the paper focuses on dealing with the problem with two control channels and a delay, which is more difficult than the one with a single delayed control channel since the former actually encounters interaction of control channels besides the delay. A new value function is proposed, which is key for finding the predictor-like controller. The idea is also suitable for handling the LQR problem for Ito stochastic systems with multi-control-channel and multi-delay.
机译:线性二次规例(LQR)在现代控制理论中非常基础。该理论一直在发展几十年。然而,一个更一般的问题,具有多个控制通道和延迟的随机系统的LQR问题仍然仍然突出。为了更好地了解我们的想法,本文侧重于处理两个控制信道的问题和延迟,这比具有单个延迟控制信道的延迟更困难,因为前者除了延迟之外的控制信道的交互。提出了一种新的值函数,这是查找预测器类似控制器的键。该想法还适用于处理具有多控制通道和多延迟的ITO随机系统的LQR问题。

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