Roelofs Ardi
Max Planck Institute for Psycholinguistics, F. C. Donders Centre for Cognitive Neuroimaging, Nijmegen, The Netherlands.
Mem Cognit. 2004 Mar;32(2):212-22. doi: 10.3758/bf03196853.
There is a remarkable lack of research bringing together the literatures on oral reading and speaking. As concerns phonological encoding, both models of reading and speaking assume a process of segmental spellout for words, which is followed by serial prosodification in models of speaking (e.g., Levelt, Roelofs, & Meyer, 1999). Thus, a natural place to merge models of reading and speaking would be at the level of segmental spellout. This view predicts similar seriality effects in reading and object naming. Experiment 1 showed that the seriality of encoding inside a syllable revealed in previous studies of speaking is observed for both naming objects and reading their names. Experiment 2 showed that both object naming and reading exhibit the seriality of the encoding of successive syllables previously observed for speaking. Experiment 3 showed that the seriality is also observed when object naming and reading trials are mixed rather than tested separately, as in the first two experiments. These results suggest that a serial phonological encoding mechanism is shared between naming objects and reading their names.
将有关朗读和口语的文献结合起来进行研究的情况非常少见。关于语音编码,朗读和口语模型都假定单词存在一个音段拼出过程,随后在口语模型中进行连续的韵律化处理(例如,Levelt、Roelofs和Meyer,1999)。因此,融合朗读和口语模型的自然切入点应该是音段拼出层面。这一观点预测在朗读和物体命名中会出现类似的序列效应。实验1表明,在之前的口语研究中所揭示的音节内编码序列,在物体命名和读出其名称时都能观察到。实验2表明,物体命名和朗读都呈现出之前在口语中观察到的连续音节编码序列。实验3表明,与前两个实验不同,当物体命名和朗读试验混合而非分开测试时,序列效应依然能被观察到。这些结果表明,物体命名和读出其名称共享一种序列语音编码机制。