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Modelling diachronic and synchronic sound changes in Assamese

机译:模拟阿萨姆语中历时和共时声音的变化

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Sound change in a language is a spatio-temporal phenomenon. Diachronic deals with sound changes over time in the ancestral path of phylogenetic tree. During the same period of time sound system of a language may change due to geographical distribution and isolation of the speakers, giving rise to different dialects of the language. Synchronic changes deal with these spatial variations. In the present paper we studied both diachronic and synchronic sound changes in Assamese taking into account its ancestors Prakrit and Sanskrit and its dialects Nalbaria, Ka̅mrupiya̅ and Goalparia̅. The sound change rules are extensively enumerated, modeled and implemented in a standard phonological transformation tool - Phonix. We have noted down the concerned words in IPA symbols of the respective languages to observe the phonological changes. We observed that the computational model matches almost perfectly with conventional linguistic results with some exceptions.
机译:语言中的声音变化是时空现象。历时处理系统发育树的祖先路径中声音随时间的变化。在同一时间段内,语言的声音系统可能会由于地理位置的分布和说话人的孤立性而发生变化,从而导致该语言的方言不同。同步变化处理这些空间变化。在本文中,我们研究了阿萨姆语的历时和共时声音变化,并考虑了其祖先Prakrit和Sanskrit及其方言Nalbaria,Ka̅mrupiya̅和Goalparia̅。声音变化规则在标准语音转换工具Phonix中得到了广泛的枚举,建模和实现。我们已经在相应语言的IPA符号中记下了相关单词,以观察语音变化。我们注意到,除了某些例外,计算模型几乎与传统语言结果完全匹配。

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