Working Memory and Deafness: Implications for Cognitive Development and Functioning

Traditional conceptualizations of working memory (WM) make a number of well-founded assumptions about cognitive phenomena. Visuo-spatial and verbal processes are viewed as separable, and a sound-based phonological code is believed to underlie the processing of language. For deaf individuals, however...

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Main Authors: Keehner, Madeleine, Atkinson, J.
Format: Book Chapter
Published: Academic Press 2006
Subjects:
Online Access:http://hdl.handle.net/20.500.11937/40585
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author Keehner, Madeleine
Atkinson, J.
author_facet Keehner, Madeleine
Atkinson, J.
author_sort Keehner, Madeleine
building Curtin Institutional Repository
collection Online Access
description Traditional conceptualizations of working memory (WM) make a number of well-founded assumptions about cognitive phenomena. Visuo-spatial and verbal processes are viewed as separable, and a sound-based phonological code is believed to underlie the processing of language. For deaf individuals, however, the typical assumptions may not apply. Linguistic inputs for deaf children can differ dramatically from the norm, both in modality (as in signed languages) and in quality (as for deaf children exposed exclusively to aural oral language). Such factors affect the development of the cognitive architecture and WM functioning in both verbal and visuo-spatial domains. This chapter reviews evidence pertaining to WM in deaf children and explores potential implications arising from the unique characteristics of the deaf experience.
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spelling curtin-20.500.11937-405852017-01-30T14:44:07Z Working Memory and Deafness: Implications for Cognitive Development and Functioning Keehner, Madeleine Atkinson, J. working memory sign langauge development deafness testing education Deaf Traditional conceptualizations of working memory (WM) make a number of well-founded assumptions about cognitive phenomena. Visuo-spatial and verbal processes are viewed as separable, and a sound-based phonological code is believed to underlie the processing of language. For deaf individuals, however, the typical assumptions may not apply. Linguistic inputs for deaf children can differ dramatically from the norm, both in modality (as in signed languages) and in quality (as for deaf children exposed exclusively to aural oral language). Such factors affect the development of the cognitive architecture and WM functioning in both verbal and visuo-spatial domains. This chapter reviews evidence pertaining to WM in deaf children and explores potential implications arising from the unique characteristics of the deaf experience. 2006 Book Chapter http://hdl.handle.net/20.500.11937/40585 Academic Press restricted
spellingShingle working memory
sign langauge
development
deafness
testing
education
Deaf
Keehner, Madeleine
Atkinson, J.
Working Memory and Deafness: Implications for Cognitive Development and Functioning
title Working Memory and Deafness: Implications for Cognitive Development and Functioning
title_full Working Memory and Deafness: Implications for Cognitive Development and Functioning
title_fullStr Working Memory and Deafness: Implications for Cognitive Development and Functioning
title_full_unstemmed Working Memory and Deafness: Implications for Cognitive Development and Functioning
title_short Working Memory and Deafness: Implications for Cognitive Development and Functioning
title_sort working memory and deafness: implications for cognitive development and functioning
topic working memory
sign langauge
development
deafness
testing
education
Deaf
url http://hdl.handle.net/20.500.11937/40585