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Neural network optimizing sliding mode controller

机译:神经网络优化滑模控制器

摘要

The neural network optimizing sliding mode controller includes an adaptive SMC that overcomes the limitations imposed on the effectiveness of the SMC under different operating conditions. Neural networks are used for on-line prediction of the optimal SMC gains when the operating point changes. The controller can be applied to a power system stabilizer (PSS) of a single machine power system. Simulation results demonstrate the effective performance of the neural network optimizing sliding mode controller.
机译:神经网络优化滑模控制器包括自适应SMC,该SMC克服了在不同操作条件下对SMC有效性施加的限制。当工作点改变时,神经网络可用于在线预测最佳SMC增益。该控制器可以应用于单机电源系统的电源系统稳定器(PSS)。仿真结果证明了神经网络优化滑模控制器的有效性能。

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