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NN-SANARX model based control of a multi tank liquid-level system

机译:基于NN-SANARX模型的多罐液位系统控制

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This paper is devoted to application of neural network with a specific restricted connectivity structure for identification and control of a real process. Parameters of the identified model are used to design a controller based on dynamic feedback linearization. The designed neural network based controller is verified on mathematical model within MATLAB/Simulink environment and applied to the real-time control of a laboratory plant. Water tank system was chosen as a case study to illustrate applicability of the proposed approach. Several experimental results as well as comparison with some alternative methods are provided.
机译:本文致力于具有特定受限连接结构的神经网络在实际过程中的识别和控制。所识别的模型的参数用于基于动态反馈线性化设计控制器。设计的基于神经网络的控制器在MATLAB / Simulink环境中的数学模型上进行了验证,并应用于实验室工厂的实时控制。选择水箱系统作为案例研究,以说明该方法的适用性。提供了一些实验结果以及与某些替代方法的比较。

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