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Unsupervised Segmentation for Different Types of Morphological Processes Using Multiple Sequence Alignment

机译:使用多序列对齐的不同类型形态过程的无监督分割

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The aim of unsupervised and knowledge free morphological segmentation is the identification of boundaries between morphs in words of a given language without relying on any knowledge source about that language. This paper describes a segmentation method that draws on previous approaches based both on semantic and orthographical similarity to identify morphologically related words. Using a version of Multiple Sequence Alignment originally applied in bioinformatics, the method extracts both concatenative and non-concatenative (e.g. introflection and circumfixation) morphological patterns and can thus handle languages of different morphological types as well as non-dominant morphological processes within languages of a particular predominant morphological type.
机译:无监督和知识自由形态分割的目的是识别Morphs在给定语言的单词之间的界限,而不依赖于任何关于该语言的知识来源。本文介绍了一种分割方法,其基于语义和正交相似性的基于先前的方法,以识别形态学相关的单词。使用最初应用于生物信息学的多个序列对准的版本,该方法提取级联和非连杆(例如椎体型和周期性)形态模式,因此可以处理不同形态类型的语言以及在一个语言中的语言中的非显性形态过程。特定的主要形态类型。

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