Analyzing language samples of Spanish–English bilingual children for the automated prediction of language dominance
Article Status
Published
Authors/contributors
- Solorio, T. (Author)
- Sherman, M. (Author)
- Liu, Y. (Author)
- Bedore, L. M. (Author)
- Peña, E. D. (Author)
- Iglesias, A. (Author)
Title
Analyzing language samples of Spanish–English bilingual children for the automated prediction of language dominance
Abstract
In this work we study how features typically used in natural language processing tasks, together with measures from syntactic complexity, can be adapted to the problem of developing language profiles of bilingual children. Our experiments show that these features can provide high discriminative value for predicting language dominance from story retells in a Spanish–English bilingual population of children. Moreover, some of our proposed features are even more powerful than measures commonly used by clinical researchers and practitioners for analyzing spontaneous language samples of children. This study shows that the field of natural language processing has the potential to make significant contributions to communication disorders and related areas.
Publication
Natural Language Engineering
Volume
17
Issue
3
Pages
367-395
Date
2010-10-22
Journal Abbr
Nat. Lang. Eng.
Language
en
ISSN
1351-3249
Accessed
18/06/2024, 17:59
Library Catalogue
DOI.org (Crossref)
Extra
Citation Key: solorio2011
<标题>: 分析西班牙语–英语双语儿童的语言样本以自动预测语言优势
<AI Smry>: The experiments show that features typically used in natural language processing tasks together with measures from syntactic complexity can provide high discriminative value for predicting language dominance from story retells in a Spanish–English bilingual population of children.
Citation
Solorio, T., Sherman, M., Liu, Y., Bedore, L. M., Peña, E. D., & Iglesias, A. (2010). Analyzing language samples of Spanish–English bilingual children for the automated prediction of language dominance. Natural Language Engineering, 17(3), 367–395. https://doi.org/10.1017/S1351324910000252
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