Data Mining Model Based on the Improved BP Neural Network Algorithm

Shu-Fan Lin, Siriguleng Zheng, S. Peng
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引用次数: 2

Abstract

A data mining algorithm based on fuzzy FKM algorithm and BP was proposed to solve the problem of long training time and low efficiency when the sample data contains the attributes unrelated to target data. The attributes of in- put data was clustered by using FKM clustering algorithm, and the attributes with weak correlation to target data were abandoned, and then there remain the attributes with strong correlation to target data, which reduce the training samples of neural network, and improving the training efficiency of the network. Tests on forecasting the content of Hemoglobin in the body of children show that the proposed algorithm is very practicable and reliable.
基于改进BP神经网络算法的数据挖掘模型
针对样本数据中包含与目标数据无关的属性时训练时间长、效率低的问题,提出了一种基于模糊FKM算法和BP算法的数据挖掘算法。采用FKM聚类算法对输入数据的属性进行聚类,舍弃与目标数据相关性较弱的属性,保留与目标数据相关性较强的属性,减少了神经网络的训练样本,提高了网络的训练效率。对儿童血红蛋白含量的预测实验表明,该算法是切实可行和可靠的。
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