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首页> 外文期刊>Journal of experimental psychology. Learning, memory, and cognition >Individual Differences in Verbal Short-Term Memory and Reading Aloud: Semantic Compensation for Weak Phonological Processing Across Tasks
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Individual Differences in Verbal Short-Term Memory and Reading Aloud: Semantic Compensation for Weak Phonological Processing Across Tasks

机译:口头短期记忆和阅读大声的个人差异:对任务跨音韵处理的语义补偿

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摘要

According to contemporary accounts. linguistic behavior reflects the interaction of distinct representations supporting word meaning and phonology. However, there is controversy about the extent to which this interaction occurs within task-specific systems, specialized for reading and short-term memory (STM). as opposed to between components that support the full range of linguistic tasks. We examined whether individual differences in the efficiency of phonological processing would relate to the application of lexical-semantic knowledge to support verbal STM, single word reading and repetition. In a sample of 83 participants, we related nonword performance in each task (as a marker of phonological capacity in the absence of meaning) to the effects of word imageability (a lexical-semantic variable). We found stronger reliance on lexical-semantic knowledge in participants with weaker phonological processing. This relationship held across tasks, suggesting that lexical-semantic processing can compensate for phonological weakness which would otherwise give rise to poor performance. Our results are consistent with separable yet interacting primary systems for phonology and semantics, with lexical- semantic knowledge supporting pattern completion within the phonological system in a similar way across STM and reading tasks.
机译:根据当代账户。语言行为反映了支持词含义和音韵的不同表示的互动。但是,关于在特定于任务特定系统中发生这种交互的程度存在争议,专门用于读取和短期内存(STM)。与支持全方位语言任务的组件相反。我们检查了语音处理效率方面的个体差异是否有关词汇语义知识的应用,以支持口头STM,单词阅读和重复。在83名参与者的样本中,我们在每个任务中相关非WORD性能(作为在没有含义的情况下的语音容量的标记),以实现单词意象性(词汇语义变量)。我们发现更强烈依赖于参与者的词汇语义知识,具有较弱的语音处理。这种关系跨出任务,表明词汇语义处理可以补偿语音弱势,否则会产生差的性能。我们的结果与声学和语义的可分离尚未互动的主要系统一致,具有跨STM和读取任务的类似方式在语音系统内支持模式完成。

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