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Experimental study on the semi-quantitative measurement for ferromagnetic material based on extreme learning machine (ELM)

机译:基于极限学习机(ELM)的铁磁材料半定量测量实验研究

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To study experimentally semi-quantitative measurement of ferromagnetic materials, this paper first proposes a modelling method to establish relationship between initial permeability of ferromagnetic material and material characteristics using extreme learning machine(ELM), and then empirical experiments are conducted on test pieces made of 45 steel. Its experimental results are compared with BP(back propagation)neural network, and we found that ELM is better than BP to describe the non-linear relationship between the characteristics parameters and the initial permeability, and can be used for sorting and semi-quantitative measurement of the characteristics parameters of ferromagnetic materials.
机译:为了通过实验研究铁磁材料的半定量测量,本文首先提出一种建模方法,使用极限学习机(ELM)建立铁磁材料的初始磁导率与材料特性之间的关系,然后对由45个材料制成的试件进行经验性实验。钢。将其实验结果与BP(反向传播)神经网络进行比较,发现ELM优于BP来描述特征参数与初始渗透率之间的非线性关系,可用于分类和半定量测量铁磁材料的特性参数

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