基于核分类器和远程监督的调节事件提取

Andre Lamurias, M. J. Rodrigues, L. Clarke, Francisco M. Couto
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引用次数: 3

摘要

本文描述了我们的系统从文本中提取二进制调节关系,用于参与BioNLP-ST 2016的SeeDev任务。我们的系统基于机器学习,使用支持向量机和浅层语言内核来识别每种类型的关系。此外,我们采用远程监督方法来增加训练数据的大小。我们的提交获得了SeeDev-binary任务的第三高精度。尽管远程监督方法并没有显著改善结果,但我们希望通过探索其他技术来使用未标记的数据应该会带来更好的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Extraction of Regulatory Events using Kernel-based Classifiers and Distant Supervision
This paper describes our system to extract binary regulatory relations from text, used to participate in the SeeDev task of BioNLP-ST 2016. Our system was based on machine learning, using support vector machines with a shallow linguistic kernel to identify each type of relation. Additionally, we employed a distant supervised approach to increase the size of the training data. Our submission obtained the third best precision of the SeeDev-binary task. Although the distant supervised approach did not significantly improve the results, we expect that by exploring other techniques to use unlabeled data should lead to better results.
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