GL-LSTM Model For Multi-label Text Classification Of Cardiovascular Disease Reports

R. Chaib, Nabiha Azizi, N. Hammami, Ibtissem Gasmi, D. Schwab, Amira Chaib
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引用次数: 2

Abstract

In recent years, the rapid growth of electronic data and information has gotten a lot of attention to find relevant knowledge such as textual information. The goal of automatic text classification is to automatically predict textual articles classes, especially in the medical domain. However, for some applications, the used data must inherently be described by more than one label. In this research, a new scheme of medical multi-label text classification is investigated which is based on intelligent engineering features using GloVe technique and LSTM classifier. The main particularity of GloVe permits the extraction of informative features to the word level automatically and capture the global and local textual semantics. The choice of the LSTM model is motivated by the success that has been achieved by taking into account the very long-term dependencies between words. The experiment of our approach named GL-LSTM based on Ohsumed cardiovascular text dataset has produced impressive results with an overall accuracy of 0.927 compared with related works existing in the literature
用于心血管疾病报告多标签文本分类的GL-LSTM模型
近年来,电子数据和信息的快速增长引起了人们对查找文本信息等相关知识的关注。自动文本分类的目标是自动预测文本文章的类别,特别是在医学领域。然而,对于某些应用程序,所使用的数据本质上必须由多个标签描述。本研究利用GloVe技术和LSTM分类器,研究了一种基于智能工程特征的医学多标签文本分类新方案。GloVe的主要特点是允许自动提取词级信息特征,并捕获全局和局部文本语义。选择LSTM模型的动机是考虑到单词之间非常长期的依赖关系所取得的成功。我们基于Ohsumed心血管文本数据集的GL-LSTM方法的实验取得了令人印象深刻的结果,与文献中已有的相关工作相比,总体准确率为0.927
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