递归预测误差神经网络在力学性能预测中的应用

Wu Wang, Yuan-min Zhang
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引用次数: 1

摘要

参数控制问题是轧制工业中的关键问题,但带钢力学性能预测是一个信息空间不完整的非线性复杂系统,传统方法难以实现。人工神经网络是一种非线性系统,具有较强的非线性建模能力,但传统的BP神经网络存在容易陷入局部极小值、泛化能力弱、中间层神经元难以确定等缺点,因此本文提出了递归预测误差(RPE)算法的人工神经网络,并给出了网络的结构、算法、样本数据的选择。仿真结果表明该方法是有效的,可以成功地应用于轧制工业的参数控制中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application of Recursive Predict Error Neural Networks in Mechanical Propertise Forecasting
Parameters control problem was crucial in rolling industrial, but the mechanical properties forecasting of strip steel was an information space incompletely and non-linear complex system which was hard for traditional method. Artificial neural networks was a non-linear system with strong non-linear modeling ability, but the traditional BP neural networks has many shortcomings like easily step into local minimum, with weak generalization ability and the middle layer neuron are hard to determine, so the artificial neural networks with recursive predict error (RPE) algorithm was proposed in this paper with the networks’ structure, algorithm, sample data selection also presented, the simulation shows its effective and can successfully applied into parameters control of rolling industrial.
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