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Implementation of Analytical Generalized Predictive Controller for Very Fast Applications Using Microcontrollers: Preliminary Results

机译:使用微控制器的非常快速应用的分析通用预测控制器的实现:初步结果

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This paper describes implementation of the Generalized Predictive Control (GPC) algorithm on an STM32 microcontroller with the ARM Cortex M7 core. The algorithm is implemented in its analytical (explicit) version which requires computationally simple matrix and vector operations in real time, no on-line optimisation is necessary. As a result, the algorithm may be used for controlling very fast dynamic processes characterised by sampling periods of millisecond order. Results of real experiments are demonstrated for two example processes.
机译:本文介绍了通过ARM Cortex M7核的STM32微控制器上的广义预测控制(GPC)算法的实现。该算法在其分析(显式)版本中实现,需要实时计算简单的矩阵和矢量操作,无需在线优化。结果,该算法可以用于控制以毫秒顺序的采样周期为特征的非常快的动态过程。实际实验的结果证明了两个示例过程。

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