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Tree-Rewriting Models of Multi-Word Expressions

机译:多词表达的树重写模型

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摘要

Multi-word expressions (MWEs) account for a large portion of the language used in day-to-day interactions. A formal system that is flexible enough to model these large and often syntactically-rich non-compositional chunks as single units in naturally occurring text could considerably simplify large-scale semantic annotation projects, in which it would be undesirable to have to develop internal compositional analyses of common technical expressions that have specific idiosyncratic meanings. This paper will first define a notion of functor-argument decomposition on phrase structure trees analogous to graph coloring, in which the tree is cast as a graph, and the elementary structures of a grammar formalism are colors. The paper then presents a formal argument that tree-rewriting systems, a class of grammar formalism that includes Tree Adjoining Grammars, are able to produce a proper superset of the functor-argument decompositions that string-rewriting systems can produce.
机译:多词表达(MWE)占了日常交互中使用的大部分语言。一个足够灵活的形式化系统,可以将这些大的且通常在语法上丰富的非组成部分建模为自然出现的文本中的单个单元,可以大大简化大规模的语义注释项目,在这种情况下,必须进行内部组成分析具有特定特质含义的常见技术表达。本文将首先定义类似于图着色的短语结构树上的函子-参数分解的概念,其中树被转换为图,语法形式主义的基本结构是颜色。然后,本文提出了一种形式上的论点,即树重写系统是一类包括树邻接语法的语法形式主义,能够产生字符串重写系统可以产生的函子参数分解的适当超集。

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