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Nooteboom, Sieb G.; Quene, Hugo – Journal of Memory and Language, 2013
In most collections of segmental speech errors, exchanges are less frequent than anticipations and perseverations. However, it has been suggested that in inner speech exchanges might be more frequent than either anticipations or perseverations, because many half-way repaired errors (Yew...uhh...New York) are classified as repaired anticipations,…
Descriptors: Suprasegmentals, Speech Communication, Serial Ordering, Inner Speech (Subvocal)
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Nooteboom, Sieb; Quene, Hugo – Journal of Memory and Language, 2008
This paper reports two experiments designed to investigate whether lexical bias in phonological speech errors is caused by immediate feedback of activation, by self-monitoring of inner speech, or by both. The experiments test a number of predictions derived from a model of self-monitoring of inner speech. This model assumes that, after an error in…
Descriptors: Inner Speech (Subvocal), Feedback (Response), Phonology, Error Patterns
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Slevc, L. Robert; Ferreira, Victor S. – Journal of Memory and Language, 2006
The "perceptual loop theory" of speech monitoring (Levelt, 1983) claims that inner and overt speech are monitored by the comprehension system, which detects errors by comparing the comprehension of formulated utterances to originally intended utterances. To test the perceptual loop monitor, speakers named pictures and sometimes attempted to halt…
Descriptors: Speech Communication, Inner Speech (Subvocal), Phonology, Semantics
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Baddeley, Alan; Wilson, Barbara – Journal of Memory and Language, 1985
Describes a study of whether dysarthric patients who have lost the ability to speak as a result of brain damage, but whose language is intact, show incidence of phonological coding and "inner speech." Concludes that phonological coding and subvocal rehearsal cab operate without feedback from the peripheral speech musculature. (SED)
Descriptors: Communication Disorders, Encoding (Psychology), Inner Speech (Subvocal), Language Processing