Knowledge Based Neural Network for Text Classification

R. D. Goyal
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引用次数: 42

Abstract

Automatic text classification has gained huge popularity with the advancement of information technology. Bayesian method has been found highly appropriate for text classification but it suffers from a number of problems. When there is large number of categories, lack of uniformity in training data becomes a big problem. Some nodes may get less training documents, while other may get a very large number. Therefore, some nodes are biased over others. Besides, presence of noise data or outliers also creates problems. Moreover, when documents are very small, just like a line item describing a product, the problem becomes more difficult. In this paper we describe a method that combines naive Bayesian text classification technique and neural networks to handle these problems. We start with a naive Bayesian classifier, which has the linear separating surfaces. We modify the separating surfaces using neural network to find better separating surfaces and hence better classification accuracy over validation data.
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基于知识的神经网络文本分类
随着信息技术的发展,文本自动分类技术得到了广泛的应用。贝叶斯方法是一种非常适用于文本分类的方法,但它存在许多问题。当有大量的类别时,训练数据缺乏一致性成为一个大问题。一些节点可能得到较少的训练文档,而另一些节点可能得到非常多的训练文档。因此,一些节点对其他节点有偏倚。此外,噪声数据或异常值的存在也会产生问题。此外,当文档非常小时,就像描述产品的行项目一样,问题变得更加困难。本文描述了一种结合朴素贝叶斯文本分类技术和神经网络的方法来处理这些问题。我们从朴素贝叶斯分类器开始,它有线性分离面。我们使用神经网络修改分离面,以找到更好的分离面,从而在验证数据上获得更好的分类精度。
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