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Processing interactions between phonology and melody: Vowels sing but consonants speak

机译:处理语音和旋律之间的互动:元音唱歌但辅音说话

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The aim of this study was to determine if two dimensions of song, the phonological part of lyrics and the melodic part of tunes, are processed in an independent or integrated way. In a series of five experiments, musically untrained participants classified bi-syllabic non-words sung on two-tone melodic intervals. Their response had to be based on pitch contour, on nonword identity, or on the combination of pitch and nonword. When participants had to ignore irrelevant variations of the non-attended dimension, patterns of interference and facilitation allowed us to specify the processing interactions between dimensions. Results showed that consonants are processed more independently from melodic information than vowels are (Experiments 1-4). This difference between consonants and vowels was neither related to the sonority of the phoneme (Experiment 3), nor to the acoustical correlates between vowel quality and pitch height (Experiment 5). The implication of these results for our understanding of the functional relationships between musical and linguistic systems is discussed in light of the different evolutionary origins and linguistic functions of consonants and vowels.
机译:这项研究的目的是确定歌曲的两个维度(歌词的语音部分和曲调的旋律部分)是否以独立或集成的方式处理。在一系列的五个实验中,未经音乐训练的参与者将在两个音调的旋律间隔上演唱的双音节非单词分类。他们的响应必须基于音高轮廓,非单词身份或基于音高和非单词的组合。当参与者不得不忽略无人参与尺寸的不相关变化时,干扰和简化模式允许我们指定尺寸之间的处理交互。结果表明,与元音相比,辅音在处理音调信息方面更为独立(实验1-4)。辅音和元音之间的这种差异既不与音素的声音有关(实验3),也不与元音质量和音高之间的声学​​相关(实验5)。根据辅音和元音的不同进化起源和语言功能,讨论了这些结果对我们对音乐和语言系统之间功能关系的理解的含义。

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