使用神经词嵌入估计事件焦点时间

Supratim Das, Arunav Mishra, K. Berberich, Vinay Setty
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引用次数: 11

摘要

在时间信息检索、新闻事件链接等应用程序中,与新闻事件相关的时间已被用作文本的补充维度。短文本事件描述(例如,单句)在web文档(也被认为是上述应用程序的输入)中很普遍,并且通常缺乏明确的时间表达式来将它们建立在精确的时间段上。例如,事件描述“法国宣誓就职埃马纽埃尔·马克龙成为第25任总统”,缺乏时间线索来表明该事件发生在“2017”年。因此,我们解决了估计事件焦点时间的问题,该时间被定义为具有最大关联的时间间隔,从而表明其发生周期。我们提出了几个估算器,它们利用了从大型外部文档集合中学习到的分布式事件和时间表示,并采用了word2vec范式。使用两个真实世界数据集和100个维基百科事件的广泛实验表明,我们的方法优于几个最先进的基线。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Estimating Event Focus Time Using Neural Word Embeddings
Time associated with news events has been leveraged as a complementary dimension to text in several applications such as temporal information retrieval, news event linking, etc. Short textual event descriptions (e.g., single sentences) are prevalent in web documents (also considered as inputs in the above applications) and often lack explicit temporal expressions for grounding them to a precise time period. For example, the event description, "France swears in Emmanuel Macron as the 25th President", lacks temporal cues to indicate that the event occurred in the year "2017". Thus, we address the problem of estimating event focus time defined as a time interval with maximum association thereby indicating its occurrence period. We propose several estimators that leverage distributional event and time representations learned from large external document collections by adapting the word2vec paradigm. Extensive experiments using two real-world datasets and 100 Wikipedia events show that our method outperforms several state-of-the-art baselines.
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