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Encoding event structure in Urdu/Hindi VerbNet

机译:乌尔都语/印地语VerbNet中的编码事件结构

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We propose a new kind of event structure representation for computational linguistics, based on the theoretical framework of First-Phase Syntax (Ramchand, 2008). We show that the approach not only gives a theoretically well-motivated set of subevents and related semantic roles, it also posits the levels of representation needed for analyzing a linguistic phenomenon that has repeatedly caused problems in computational systems, namely the treatment of complex predication. In particular, we look at v+v complex predicates in Urdu/Hindi and show that Ramchand's subevent decomposition implemented in a VerbNet-style resource allows for a consistent semantic analysis of these complex events. We also show how the proposed event representation can be added to existing resources in the language, in particular the Hindi-Urdu Treebank and Hindi PropBank.
机译:基于第一阶段语法的理论框架,我们提出了一种用于计算语言学的新型事件结构表示(Ramchand,2008)。我们表明,该方法不仅给出了理论上动机良好的子事件集和相关的语义角色,而且还提出了分析反复出现在计算系统中的问题的语言现象(即处理复杂谓词)所需的表示水平。特别是,我们研究了乌尔都语/印地语中的v + v复杂谓词,并显示了在VerbNet样式资源中实现的Ramchand子事件分解允许对这些复杂事件进行一致的语义分析。我们还将展示如何将提议的事件表示形式添加到该语言的现有资源中,尤其是印地语-乌尔都语树库和印地语PropBank。

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