CricketLinking:将板球比赛报告中的事件提到链接到评论中的球实体

Manish Gupta
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引用次数: 4

摘要

2011年板球世界杯决赛有大约1.35亿人观看。如此庞大的收视率要求在线板球门户网站的用户有良好的体验。许多像espncricinfo.com这样的门户网站都提供各种与最近比赛相关的内容,包括比赛报告和逐球解说。在阅读比赛报告时,通过(按需)增加报告中提到的事件的详细评论,可以显著改善读者的体验。我们建立了一个事件链接系统\emph{CricketLinking},它首先从报告中识别事件提及,然后将它们链接到一组球。寻找可链接的提及是具有挑战性的,因为与实体链接问题设置不同,我们没有一组具体的事件实体来链接。此外,根据事件类型,事件提及可以链接到单个球,也可以链接到一组球。因此,识别提及类型和链接变得很有挑战性。我们使用大量的领域特定特征来学习分类器,用于提及和提及类型检测。此外,我们利用结构化匹配、上下文相似度和顺序接近度来执行准确的链接。最后,执行基于上下文的摘要,以提供与每个提及相关的球的简明介绍。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CricketLinking: Linking Event Mentions from Cricket Match Reports to Ball Entities in Commentaries
The 2011 Cricket World Cup final match was watched by around 135 million people. Such a huge viewership demands a great experience for users of online cricket portals. Many portals like espncricinfo.com host a variety of content related to recent matches including match reports and ball-by-ball commentaries. When reading a match report, reader experience can be significantly improved by augmenting (on demand) the event mentions in the report with detailed commentaries. We build an event linking system \emph{CricketLinking} which first identifies event mentions from the reports and then links them to a set of balls. Finding linkable mentions is challenging because unlike entity linking problem settings, we do not have a concrete set of event entities to link to. Further, depending on the event type, event mentions could be linked to a single ball, or to a set of balls. Hence, identifying mention type as well as linking becomes challenging. We use a large number of domain specific features to learn classifiers for mention and mention type detection. Further, we leverage structured match, context similarity and sequential proximity to perform accurate linking. Finally, context based summarization is performed to provide a concise briefing of linked balls to each mention.
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