Learning relations using semantic-based vector similarity

Kinga Budai, M. Dînsoreanu, Ioana Barbantan, R. Potolea
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引用次数: 2

Abstract

The amount of electronic medical documents is growing rapidly every day. While they carry much information, it becomes more and more difficult to manually process it. Our work represents small steps towards automatic knowledge extraction from medical documents using deep learning and similarity based methods. Our goal here is to identify in an unsupervised manner relations between known medical concepts employing a deep learning strategy with Word2Vec. The current solution requires concepts annotations, as it evaluates the similarities between concepts to identify the relationship between them. The experiments suggest that the strategy we considered (to include the POS as part of the information associated to concepts and relation) represents an important step towards a fully unsupervised learning strategy. Although the POS tags alone are not good enough predictors, the addition of other meta-information and sufficient (quantitative and qualitative) training data may enhance the relation identification process, allowing for a meta learning strategy.
使用基于语义的向量相似性学习关系
电子医疗文件的数量每天都在快速增长。虽然它们携带了大量信息,但人工处理这些信息变得越来越困难。我们的工作代表了使用深度学习和基于相似度的方法从医学文档中自动提取知识的一小步。我们的目标是以一种无监督的方式,利用Word2Vec的深度学习策略来识别已知医学概念之间的关系。当前的解决方案需要概念注释,因为它评估概念之间的相似性以确定它们之间的关系。实验表明,我们考虑的策略(包括POS作为概念和关系相关信息的一部分)代表了迈向完全无监督学习策略的重要一步。虽然单独的词性标记还不够好,但其他元信息和足够的(定量和定性)训练数据的添加可能会增强关系识别过程,从而实现元学习策略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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