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Identification and nonlinear control of a ball-plate system using neural networks

机译:使用神经网络的球板系统识别和非线性控制

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This paper studies neural networks in order to identify and control the traditional ball-plate problem. Firstly, a nonlinear model of ball and plate system consisting of two parts is established. Secondly, a multilayer perceptron neural network is employed to identify the plant. Next, a feedback controller is designed based on neural network method to control the system. Eventually, simulations are accomplished via Matlab/Simulink and results show the remarkable ability of identifier and effectiveness of the proposed neural network-based controller.
机译:本文研究神经网络,以识别和控制传统的球板问题。首先,建立由两部分组成的球和板系统的非线性模型。其次,采用多层的Perceptron神经网络来识别植物。接下来,基于神经网络方法设计反馈控制器来控制系统。最终,通过Matlab / Simulink实现模拟,结果显示了所提出的基于神经网络的控制器的标识符和有效性的显着能力。

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