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首页> 外文期刊>Transactions of Nonferrous Metals Society of China >Adaptive and intelligent prediction of deformation time series of high rock excavation slope
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Adaptive and intelligent prediction of deformation time series of high rock excavation slope

机译:高边坡开挖边坡变形时间序列的自适应智能预测。

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摘要

Deformation of high rock excavation slope has nonlinear evolution characters. It is very difficult to build mechanical model to describe this nonlinear evolution. A genetic - neural network model has been initially proposed for adaptive and intelligent prediction of deformation of slopes, which used artificial neural network to represent nonlinear evolution of slope deformation. Number of history points of displacement inputted to the model, topologies of neural network, and learning process of model were adaptive and automatically deter - mined using genetic algorithm.
机译:高岩石开挖边坡的变形具有非线性演化特征。建立机械模型来描述这种非线性演变是非常困难的。最初提出了遗传-神经网络模型来自适应和智能地预测边坡的变形,该模型使用人工神经网络来表示边坡变形的非线性演化。输入到模型的位移的历史点数,神经网络的拓扑结构以及模型的学习过程是自适应的,并使用遗传算法自动确定。

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