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Multi-task Learning for Japanese Predicate Argument Structure Analysis

机译:日语谓词论证结构分析的多任务学习

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An event-noun is a noun that has an argument structure similar to a predicate. Recent works, including those considered state-of-the-art, ignore event-nouns or build a single model for solving both Japanese predicate argument structure analysis (PASA) and event-noun argument structure analysis (ENASA). However, because there are interactions between predicates and event-nouns, it is not sufficient to target only predicates. To address this problem, we present a multi-task learning method for PASA and ENASA. Our multitask models improved the performance of both tasks compared to a single-task model by sharing knowledge from each task. Moreover, in PASA, our models achieved state-of-the-art results in overall F1 scores on the NAIST Text Corpus. In addition, this is the first work to employ neural networks in ENASA.
机译:事件名词是具有类似于谓词的参数结构的名词。最近的作品,包括考虑最先进的,忽略事件名词或构建一个用于解决日语谓词参数结构分析(PASA)和事件 - 名词论证结构分析(ENASA)的单一模型。但是,因为谓词和事件名词之间存在相互作用,所以仅瞄准谓词是不够的。为了解决这个问题,我们为PASA和ENAS提供了一种多任务学习方法。我们的Multitask模型通过分享每个任务的知识来提高与单个任务模型相比的任务的性能。此外,在PASA中,我们的模型在NAIST文本语料库上实现了最先进的F1分数。此外,这是聘用恩亚萨的神经网络的第一项工作。

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