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A Neural Networks Based Approach for Fast Mining Characteristic Rules

机译:基于神经网络的特征规则快速挖掘方法

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摘要

Data mining is about extracting hidden information from a large data set. One task of data mining is to describe the characteristics of the data set using attributes in the form of rules. This paper aims to develop a neural networks based framework for the fast mining of characteristic rules. The idea is to first use the Kohonen map to cluster the data set into groups with common similar features. Then use a set of single-layer supervised neural networks to model each of the groups so that the significant attributes characterizing the data set can be extracted. An incremental algorithm combining these two steps is proposed to derive the characteristic rules for the data set with nonlinear relations. The framework is tested using a large size problem of forensic data of heart patients. Its effectiveness is demonstrated.
机译:数据挖掘是关于从大型数据集中提取隐藏信息。数据挖掘的一项任务是使用规则形式的属性描述数据集的特征。本文旨在开发一种用于快速挖掘特征规则的基于神经网络的框架。想法是首先使用Kohonen映射将数据集聚类为具有共同相似特征的组。然后使用一组单层监督神经网络对每个组进行建模,以便可以提取表征数据集的重要属性。提出了结合这两个步骤的增量算法,以推导具有非线性关系的数据集的特征规则。该框架使用心脏病患者的法医数据的大型问题进行了测试。证明了其有效性。

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