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首页> 外文期刊>The Canadian Journal of Chemical Engineering >STATE-SPACE DIGITAL PI CONTROLLER DESIGN FOR LINEAR STOCHASTIC MULTIVARIABLE SYSTEMS WITH INPUT DELAY
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STATE-SPACE DIGITAL PI CONTROLLER DESIGN FOR LINEAR STOCHASTIC MULTIVARIABLE SYSTEMS WITH INPUT DELAY

机译:具有输入延迟的线性随机多变量系统的状态空间数字PI控制器设计

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摘要

In this paper,a centralized digital PI control scheme is proposed for linear stochastic multivariable systems with input delay.The discrete linear quadratic regulator (LQR) approach with pole placement is used to achieve satisfactory set-point tracking with guaranteed closed-loop stability.In addition,the innovation form of Kalman gain is employed for state estimation with no prior knowledge of noise properties.Compared with existing designs,the proposed scheme provides an optimal closed-loop design via the digitally implementable PI controller for linear stochastic multivariable systems with input delay.Its effectiveness will be demonstrated by the simulation study on examples from both industrial process control and aircraft control.
机译:本文针对具有输入延迟的线性随机多变量系统,提出了一种集中式数字PI控制方案,并采用带有极点配置的离散线性二次调节器(LQR)方法来实现令人满意的设定点跟踪并确保闭环稳定性。此外,在没有噪声特性先验知识的情况下,将卡尔曼增益的创新形式用于状态估计。与现有设计相比,该方案通过可数字实现的PI控制器为具有输入延迟的线性随机多变量系统提供了最佳的闭环设计。通过对工业过程控制和飞机控制实例的仿真研究将证明其有效性。

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