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Dissociating the Disruptive Effects of Irrelevant Music and Speech on Serial Recall of Tonal and Verbal Sequences

机译:解散无关音乐和语音对色调和口头序列串行召回的破坏性影响

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Task-irrelevant speech or music sounds are known to disrupt verbal short-term memory even when participants are instructed to ignore the sound, suggesting that automatically processed acoustical changes interfere with the rehearsal of phonological items. However, much less is known about auditory distraction in tasks that require the memorization and recall of non-phonological auditory items. In the present study, both musically trained and untrained participants were asked to memorize random tone sequences (consisting of low, medium, and high pitch tones) while task-irrelevant sound was presented. Irrelevant instrumental music was found to produce more disruption of tonal recall than white noise, whereas irrelevant speech produced intermediate levels of disruption. In contrast, only speech produced significant interference in an analogous verbal recall task. Crucially, although musically trained participants were able to recall more tones in general, the degree of auditory distraction that was produced by irrelevant music in the tonal recall task was found to be independent of musical expertise. The findings are in line with the assumption of two separate mechanisms for the maintenance of tonal and phonological information. Specifically, short-term memory for tone sequences may rely on a pitch-based rehearsal system which is disrupted by the perception of irrelevant pitch changes as contained in instrumental music (and to a lesser extent in speech), whereas serial recall of verbal items is most sensitive to phonological sounds.
机译:众所周知,任务 - 无关的语音或音乐声音会破坏口头短期记忆,即使参与者被指示忽略声音,也建议自动处理的声学变化会干扰音韵项目的排练。然而,关于在需要记忆和回忆非声音听觉物品的任务中,关于听觉分心的知名度更少。在本研究中,训练有素和未经训练的参与者被要求记住随机色调序列(由低,媒体和高间距音调组成),而呈现任务无关的声音。发现无关的工具音乐被发现产生比白噪声更多的音调召回,而无关紧要的言论产生中断的中断。相比之下,只有语音在类似的口头召回任务中产生了显着的干扰。虽然音乐训练有素的参与者能够记得更多的色调,但是发现在音乐专业知识的无关音乐中由无关音乐产生的听觉分散程度。这些发现符合两个单独的两个机制来维持色调和语音信息的机制。具体地,色调序列的短期记忆可以依赖于基于俯仰的排练系统,该系统被乐器音乐中包含的无关音调变化的感知中断(以及语音中的较小程度),而串行重新调用的口头项是对语音声音最敏​​感。

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