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An Adverse Drug Events Ontology Population from Text Using a Multi-class SVM Based Approach

机译:使用基于多级SVM的方法的文本中的不良药物群体人口

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In recent years, semantic web technologies and ontologies in particular, are being increasingly used in various e-Health systems and applications. However, issues related to automatically constructing, populating and enriching such ontologies are still outstanding. In this paper, we propose an automatic Adverse Drug Events (ADE) ontology population approach so called ADETermino. The proposed approach is based on Information Extraction methods and mainly aims to extract new concept instances and relationships from textual drug leaflets. It combines a Named-Entity Recognition (NER) system using lexical resources and a machine learning method using a multi-class Support Vector Machine (SVM) classifier for relations detection. Experiments were performed using 102 cardiac drug leaflets corresponding to 5706 input vectors. The results show the performance of our approach with an F-score of 89%.
机译:近年来,特别是语义网络技术和本体,越来越多地用于各种电子卫生系统和应用。但是,与自动构建,填充和丰富此类本体相关的问题仍然出现突出。在本文中,我们提出了一种自动不良药物事件(ADE)本体人口方法,如此称为adetermino。所提出的方法是基于信息提取方法,主要旨在提取新的概念实例和文本药物传单的关系。它将命名实体识别(ner)系统使用词汇资源和使用多级支持向量机(SVM)分类器的机器学习方法进行关系,用于关系检测。使用对应于5706输入载体的102心脏药物叶进行实验。结果表明,我们的方法的性能为89%。

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