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A resource-saving collective approach to biomedical semantic role labeling

机译:一种节省资源的生物医学语义角色标记方法

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摘要

BackgroundBiomedical semantic role labeling (BioSRL) is a natural language processing technique that identifies the semantic roles of the words or phrases in sentences describing biological processes and expresses them as predicate-argument structures (PAS’s). Currently, a major problem of BioSRL is that most systems label every node in a full parse tree independently; however, some nodes always exhibit dependency. In general SRL, collective approaches based on the Markov logic network (MLN) model have been successful in dealing with this problem. However, in BioSRL such an approach has not been attempted because it would require more training data to recognize the more specialized and diverse terms found in biomedical literature, increasing training time and computational complexity.
机译:背景技术生物医学语义角色标记(BioSRL)是一种自然语言处理技术,可识别描述生物过程的句子中单词或短语的语义角色,并将其表达为谓词参数结构(PAS's)。当前,BioSRL的一个主要问题是大多数系统在完整的分析树中独立标记每个节点。但是,某些节点始终表现出依赖性。在一般的SRL中,基于马尔可夫逻辑网络(MLN)模型的集体方法已成功解决了这一问题。但是,在BioSRL中未尝试使用这种方法,因为它将需要更多的训练数据来识别生物医学文献中发现的更加专业和多样化的术语,从而增加了训练时间和计算复杂性。

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