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Within-category VOT affects recovery from lexical garden paths: Evidence against phoneme-level inhibition

机译:类别内的VOT影响词汇花园路径的恢复:反对音素级抑制的证据

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摘要

Spoken word recognition shows gradient sensitivity to within-category voice onset time (VOT), as predicted by several current models of spoken word recognition, including TRACE (). It remains unclear, however, whether this sensitivity is short-lived or whether it persists over multiple syllables. VOT continua were synthesized for pairs of words like barricade and parakeet, which differ in the voicing of their initial phoneme, but otherwise overlap for at least four phonemes, creating an opportunity for “lexical garden-paths” when listeners encounter the phonemic information consistent with only one member of the pair. Simulations established that phoneme-level inhibition in TRACE eliminates sensitivity to VOT too rapidly to influence recovery. However, in two Visual World experiments, look-contingent and response-contingent analyses demonstrated effects of word initial VOT on lexical garden-path recovery. These results are inconsistent with inhibition at the phoneme level and support models of spoken word recognition in which sub-phonetic detail is preserved throughout the processing system.
机译:语音识别显示出对类别内语音开始时间(VOT)的梯度敏感性,这是由几种当前的语音识别模型(包括TRACE())所预测的。但是,这种敏感性是短暂的还是在多个音节上仍然存在,目前尚不清楚。 VOT连续词是针对路障和长尾小鹦鹉等词对合成的,它们的初始音素的音调有所不同,但至少重叠了四个音素,从而在听众遇到符合以下条件的音素信息时创造了“词汇花园之路”的机会一对中只有一个。模拟表明,TRACE中音素水平的抑制会很快消除对VOT的敏感性,从而影响恢复。但是,在两个Visual World实验中,外观或响应分析表明了单词初始VOT对词汇花园路径恢复的影响。这些结果与在音素水平上的抑制和语音单词识别的支持模型不一致,在该模型中,整个处理系统都保留了子语音细节。

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