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词汇重音对学习人工词汇的影响。

Consequences of lexical stress on learning an artificial lexicon.

作者信息

Creel Sarah C, Tanenhaus Michael K, Aslin Richard N

机构信息

Department of Brain and Cognitive Sciences, University of Rochester, Rochester, NY, USA.

出版信息

J Exp Psychol Learn Mem Cogn. 2006 Jan;32(1):15-32. doi: 10.1037/0278-7393.32.1.15.

Abstract

Four experiments examined effects of lexical stress on lexical access for recently learned words. Participants learned artificial lexicons (48 words) containing phonologically similar items and were tested on their knowledge in a 4-alternative forced-choice (4AFC) referent-selection task. Lexical stress differences did not reduce confusions between cohort items: KAdazu and kaDAzeI were confused with one another in a 4AFC task and in gaze fixations as often as BOsapeI and BOsapaI. However, lexical stress did affect the relative likelihood of stress-initial confusions when words were embedded in running nonsense speech. Words with medial stress, regardless of initial vowel quality, were more prone to confusions than words with initial stress. The authors concluded that non-initial stress, particularly when wor segmentation is difficult, may serve as "noise" that alters lexical learning and lexical access.

摘要

四项实验研究了词汇重音对新学单词词汇通达的影响。参与者学习了包含语音相似项目的人造词汇表(48个单词),并在4选1迫选(4AFC)指称选择任务中测试他们的知识。词汇重音差异并未减少同群项目之间的混淆:在4AFC任务和注视固定中,KAdazu和kaDAzeI之间的混淆程度与BOsapeI和BOsapaI一样频繁。然而,当单词嵌入连续的无意义语音中时,词汇重音确实会影响重音起始混淆的相对可能性。无论初始元音质量如何,中间重音的单词比初始重音的单词更容易混淆。作者得出结论,非初始重音,尤其是在单词分割困难时,可能会作为“噪音”改变词汇学习和词汇通达。

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