A Feature Selection Algorithm of Dynamic Data-Stream Based on Hoeffding Inequality

Zhichao Yin, Chunyong Yin, Lu Feng
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Abstract

With the rapid development of the Internet, the application of data mining in the Internet is becoming more and more extensive. However, the complex data source's features are making the data mining process become very inefficient. In order to make data mining more efficient and simple, feature selection research is essential. In this paper, a new metric of mutual information based on mutual information is proposed (measure the correlation degree of the internal features of the collection), additionally Hoeffding inequality is also introduced to construct the HSF algorithm. The HSF is compared with the BIF (based on mutual information feature selection algorithm), the C4.5 classification algorithm is used as the testing algorithm for the experiments. Experiments show that HSF has better performance than BIF [1] in classification accuracy and error rate.
基于Hoeffding不等式的动态数据流特征选择算法
随着互联网的快速发展,数据挖掘在互联网上的应用越来越广泛。然而,复杂数据源的特点使得数据挖掘过程变得非常低效。为了使数据挖掘更加高效和简单,特征选择研究是必不可少的。本文提出了一种基于互信息的互信息度量(度量集合内部特征的关联度),并引入Hoeffding不等式构造HSF算法。将HSF与BIF(基于互信息特征选择算法)进行比较,采用C4.5分类算法作为实验的测试算法。实验表明,HSF在分类准确率和错误率上都优于BIF[1]。
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