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Simulation Research of Composite Control Structure Scheme Based on Feedforward Counterbalance of ANN’s Inverse Model

机译:基于ANN逆模型的馈电平衡的复合控制结构方案仿真研究

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In order to identify and model and effectively control to the complicated nonlinear systems, principle of identification and control of the ANN’s (Artificial Neural Network) inverse model was analysed for nonlinear system in the paper. Simulation researches of the composite control structure scheme based on the feedforward counterbalance of the ANN’s inverse model was done for nonlinear system. Simulation researches were done for the composite control scheme with conventional PID controller + counterbalance of the MFN (Multilayer Feedforward Network) ANN’s inverse model. The simulation results show, the composite control structure scheme designed is successful, and the relatively simple network architecture can be improved generalization ability of the ANN’s inverse model and the control precision for nonlinear system.
机译:为了识别和模型和有效地控制复杂的非线性系统,分析了纸张中非线性系统的ANN(人工神经网络)逆模型的识别和控制原理。基于ANN逆模型的前馈平衡的基于ANN逆模型的复合控制结构方案的仿真研究。具有传统PID控制器的复合控制方案的仿真研究,+ MFN(多层前馈网络)ANN的逆模型的平衡。仿真结果表明,设计成功的复合控制结构方案,相对简单的网络架构可以提高ANN逆模型的泛化能力和非线性系统的控制精度。

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