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A distributed architecture to integrate ontological knowledge into information extraction

机译:一种将本体论知识集成到信息提取中的分布式体系结构

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摘要

In this work we propose a solution for the problem of the entities and relations extraction from textual documents to build an index for a semantically oriented search engine. The approach we propose is based on the integration of statistical classifiers and ontological constraints through Markov random fields. Owing to the high computational complexity of the approach, the architecture of our system is distributed and exploits parallelisation to lower processing time. In the experimental assessment we show how the proposed system can be effectively applied to a large data set, namely BioNLP-ST 2013. While the experimental results provided in the paper refer to a biomedical application, the approach is very general and can be ported to different domains.
机译:在这项工作中,我们提出了从文本文档中提取实体和关系的问题的解决方案,以建立面向语义的搜索引擎的索引。我们提出的方法基于通过Markov随机域的统计分类器和本体约束的集成。由于该方法的高计算复杂性,我们系统的体系结构是分布式的,并利用并行化来缩短处理时间。在实验评估中,我们展示了所提出的系统如何有效地应用于大数据集,即BioNLP-ST2013。尽管本文中提供的实验结果涉及生物医学应用,但该方法非常通用,可以移植到不同的域。

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