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ON-Line Nonlinear Systems Identification of Coupled Tanks via Fractional Differential Neural Networks

机译:分数阶差分神经网络在线耦合坦克的非线性系统识别

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摘要

fractional differential neural network (FDNN) is the extended neural network using fractional-order operators. On-line nonlinear system identification using FDNN is studied in this paper. Here all states of the non-linear system are assumed to be available in the system output. Through Lyapunov-like analysis, the fractional neural network parameters are adjusted so it will be proven that the identification error becomes bounded and tends to zero. To illustrate the applicability of the FDNN as a nonlinear identifier, two coupled tanks are considered as a case study. The results of simulation are very promising.
机译:分数微分神经网络(FDNN)是使用分数阶算子的扩展神经网络。本文研究了基于FDNN的在线非线性系统辨识。在此,非线性系统的所有状态都假定在系统输出中可用。通过类Lyapunov分析,调整了分数神经网络参数,因此将证明识别误差趋于有界并趋于零。为了说明FDNN作为非线性标识符的适用性,以两个耦合罐为例进行了研究。仿真结果非常有希望。

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