Timeline adaptation for text classification

Fumiyo Fukumoto, Yoshimi Suzuki, A. Takasu
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引用次数: 1

Abstract

In this paper, we address the text classification problem that a period of time created test data is different from the training data, and present a method for text classification based on temporal adaptation. We first applied lexical chains for the training data to collect terms with semantic relatedness, and created sets (we call these Sem sets). Semantically related terms in the documents are replaced to their representative term. For the results, we identified short terms that are salient for a specific period of time. Finally, we trained SVM classifiers by applying a temporal weighting function to each selected short terms within the training data, and classified test data. Temporal weighting function is weighted each short term in the training data according to the temporal distance between training and test data. The results using MedLine data showed that the method was comparable to the current state-of-the-art biased-SVM method, especially the method is effective when testing on data far from the training data.
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时间轴适应文本分类
本文针对一段时间内生成的测试数据与训练数据不一致的文本分类问题,提出了一种基于时间适应的文本分类方法。我们首先对训练数据应用词汇链来收集具有语义相关性的术语,并创建集合(我们称之为Sem集合)。文档中语义相关的术语被替换为它们的代表术语。对于结果,我们确定了在特定时期内显着的短期。最后,我们通过对训练数据中每个选择的短期项应用时间加权函数来训练SVM分类器,并对测试数据进行分类。时间加权函数根据训练数据与测试数据之间的时间距离对训练数据中的每个短期项进行加权。使用MedLine数据的结果表明,该方法与目前最先进的偏置支持向量机方法相当,特别是在远离训练数据的数据上进行测试时,该方法是有效的。
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