Improved RBF neural network algorithm for reliability data

Nan Donglei, Jian Zhixin, Li Wei
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Abstract

RBF neural network algorithm refers to a kind of new method promoted according to the fact that failure data volume is small while the distributed model cannot be distinguished. For the problem that non-teaching study in current RBF neural network algorithm should be deter-mined by experts' experience, AP is promoted to improve the current algorithm based on which a new p value is de-signed to make the number of clustering centers in new algorithm determinable for that of original samples. By creating variable groups of data arbitrarily, the BWP and NRMSE value are used for comparing the effects of clustering and extending result repeatedly analyzing new or old algorithms. The failure data of one kind of numerical control machines is analyzed and calculated repeatedly to test the validity of new algorithm in which the identifiable rate of distributed model is promoted, compared with original algorithm.
可靠性数据的改进RBF神经网络算法
RBF神经网络算法是根据故障数据量小、分布模型无法区分的特点而提出的一种新方法。针对当前RBF神经网络算法中非教学性研究需由专家经验判断的问题,提出AP对现有算法进行改进,在此基础上设计新的p值,使新算法的聚类中心数对原始样本的聚类中心数可确定。通过任意创建可变数据组,利用BWP和NRMSE值来比较聚类效果和重复分析新旧算法的扩展结果。通过对某型数控机床的故障数据进行反复分析和计算,验证了新算法的有效性,与原算法相比,该算法提高了分布式模型的识别率。
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