Toward the development of software to classify speech sound disorders

The detection of children with speech sound disorders is a research area widely explored in many languages. Early detection and treatment positively affect the child's learning development. This work aims to present a part of a project called ROMULO, which allows the evaluation, diagnosis, and treatment of children with speech sound disorders in Catalan where standard techniques based on signal processing cannot be applied due to the lack of public corpus. Specifically, we present an error classifier developed with a rule-based method, to detect speech problems codified in text at the word, syllable, and segmental levels. The approach can efficiently detect and classify speech sound errors, helping the speech therapist automate this process. Preliminary results show promising results on the detection, reaching an average success rate of 74.6%.

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Publication Details

Journal
World Journal of Information Systems
Published
2025-05-25
DOI
https://doi.org/10.17013/wjis.v2i1.34
Primary Topic
Speech and dialogue systems
Type
article
Field-Weighted Citation Impact
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article

Toward the development of software to classify speech sound disorders

Pere Porcuna, Llorenç Andreu, David Bañeres
World Journal of Information Systems
Speech and dialogue systems
article

Toward the development of software to classify speech sound disorders

Pere Porcuna, Llorenç Andreu, David Bañeres
article en

Abstract

The detection of children with speech sound disorders is a research area widely explored in many languages. Early detection and treatment positively affect the child's learning development. This work aims to present a part of a project called ROMULO, which allows the evaluation, diagnosis, and treatment of children with speech sound disorders in Catalan where standard techniques based on signal processing cannot be applied due to the lack of public corpus. Specifically, we present an error classifier developed with a rule-based method, to detect speech problems codified in text at the word, syllable, and segmental levels. The approach can efficiently detect and classify speech sound errors, helping the speech therapist automate this process. Preliminary results show promising results on the detection, reaching an average success rate of 74.6%.

World Journal of Information SystemsVol. 2(1)
Universitat Oberta de Catalunya (ES)
Openalex Percentile: Top 95%
Speech and dialogue systems
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