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Identification of Structural Parameters of Two-storey Shear Buildings by the Iterative Training of Neural Networks

机译:通过神经网络的迭代训练识别两层剪力建筑的结构参数

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This paper uses the artificial neural network (ANN) for the identification of structural parameters of multistorey shear building using the response of the structure subject to ambient vibration with initial condition and forced vibration with horizontal (ground) displacement. The neural network has been trained by a proposed iterative cycle. For new input pattern to the network, the structural parameters may be identified through the developed neural model using the generated (converged) weights. The model has been tested for the identification of the stiffness parameters of two-storey structures using the prior values of the design parameters.
机译:本文利用人工神经网络(ANN)来识别多层剪力建筑的结构参数,利用结构在初始条件下的环境振动和水平(地面)位移的强迫振动的响应。通过提议的迭代周期对神经网络进行了训练。对于网络的新输入模式,可以使用生成的(收敛的)权重通过开发的神经模型来识别结构参数。使用设计参数的先前值对模型进行了测试,以识别两层结构的刚度参数。

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