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Voice quality and voice dynamics data
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Keywords

Vocal quality
Speech dynamics
Auditory perception
Acoustic analysis
Cochlear implant

How to Cite

1.
Pessoa AN, Novaes BC de AC, Pereira LK, Camargo ZA. Voice quality and voice dynamics data: acoustic and perceptual correlates of speech of a child using a cochlear implant. J. of Speech Sci. [Internet]. 2021 Feb. 3 [cited 2024 May 26];1(2):17-33. Available from: https://econtents.bc.unicamp.br/inpec/index.php/joss/article/view/15024

Abstract

Acoustic and perceptual auditory analysis procedures present themselves as clinical tools which give support to the understanding of the speech features of hearing impaired children (HIC). Voice quality stems from the overlapped action of the larynx, the supralaryngeal vocal tract and the level of muscular tension throughout the speech flow. Nonetheless, voice dynamics is characterized by frequency, duration and intensity variations. This research aimed at investigating acoustic and perceptive correlates of a HIC child’s voice and dynamic quality. The child, who has a cochlear implanted, had his speech samples collected during speech therapy sessions. The male subject (R), who uses a unilateral cochlear implant (UCI), had his speech production samples recorded when he was 5 (05 samples) and 6 years old (05 samples), and which were later tagged Cut A and Cut B respectively. The recorded corpus was acoustically analyzed through the use of the SGEXpressionEvaluator script (Barbosa, 2009) running on the free software Praat v10. The measures which were automatically extracted by the script correspond to the fundamental frequency –f0, first f0 derivative, intensity, spectral fall and long term spectrum. The perceptual auditory analysis of the voice quality was based on the VPAS-PB script (Camargo e Madureira, 2008). The perceptual auditory judgments and the acoustic measures were subjected to statistical analysis procedures. At first the, the data (perceptual and acoustic) were separately analyzed through a hierarchical and agglomerative cluster analysis. Subsequently, they were examined together through the principal component analysis. Results revealed the existence of correspondence between the acoustic and perceptual auditory data. In the audio recorded data samples from Cut B (one year after the first one) greater variability tendencies in acoustic measures of f0 could be observed associated with laryngeal hyper function at the perceptual level plus silent pauses and the reduction of speech rate. From the integrated acoustic and perceptual analysis it was possible to keep a record of the child’s oral language development process. The data analysis in this study allowed the observation of several interaction levels between the vocal tract (lip movement extension adjusts, tongue and jaw, associated with velopharyngeal adjusts and muscular tension from the larynx), plus the inspection of speech dynamics elements (habitual pitch and speech rate) of a child’s speech who has a UCI implanted during a one-year-speech-therapy-process period. This source of information made the characterization of the child’s evolution possible, especially in terms of perceptual auditory analysis descriptions being phonetically motivated by the speech dynamics quality.

https://doi.org/10.20396/joss.v1i2.15024
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References

Abberton E. Voice Quality of deaf speakers. In: Kent RD, Ball MJ. Voice Quality Measurement. San Diego: Singular, 2000. 22: 449-59.

Albano E, Barbosa P, Gama-Rossi A, Madureira S, Silva A. A interface fonética-fonologia e a interação prosódia-segmentos. In: Estudos Linguísticos XXVII - Anais do XLV Seminário do Grupo de Estudos Linguísticos do Estado de São Paulo-GEL’97. Campinas, 1997. p.135-43.

Andrade DV. Análise de parâmetros espectrais clássicos da voz em crianças respiradoras orais de 5 a 10 anos. [Dissertação de Mestrado]. Rio de Janeiro: Universidade Veiga de Almeida; 2009.

Andrade, FV. Análise de parâmetros espectrais da voz em crianças saudáveis de 4 a 8 anos. 2009. 72p. Dissertação (Mestrado em Fonoaudiologia) – Faculdade de Fonoaudiologia, Universidade Veiga de Almeida, Rio de Janeiro.

Barbosa PA. Incursões em torno do ritmo da fala. Campinas: Pontes/FAPESP, 2006.

Barbosa PA. From Syntax to acoustic duration: a dynamical model of speech rhythm production. Oxford: Speech Communication, 2007 Sept. 49(9): 725-42.

Barbosa PA. Detecting changes in speech expressiveness in participants of a radio program In: Proceedings of Interspeech. Brighton; 2009. p. 2155-58.

Barzaghi-Ficker L. Produção e percepção das plosivas do português brasileiro: estudo fonéticoacústico da fala de um sujeito com deficiência auditiva [teses de doutorado]. São Paulo: PUCSP; 2003.

Benninguer, MS. Quality of the Voice Literature: What is There and What is Missing. Journal of Voice 2011 Nov; 25(6): 647-52.

Bento RF; Brito Neto RV; Castilho AM; Gomez MVSG; Santanna SBG; Guedes MC et al. Psychoacustic dynamic range and cochlear implant speech performance in Nucleus 22 users. Cochlear Implants International 2005 Mar; 6(1): 31-34.

Boothroyd A. Speech acoustics and speech perception. Texas: Pro-Ed Studies in Communication Disorders, 1986.

Camargo ZA, Madureira S. Avaliação vocal sob a perspectiva fonética: investigação preliminar. São Paulo: Distúrbios da Comunicação, 2008 Abr. 20(1): 77-96.

Camargo Z, Madureira S. Dimensões perceptivas das alterações de qualidade vocal e suas correlações aos planos da acústica e da fisiologia. DELTA - Documentação de Estudos em Linguística Teórica e Aplicada PUCSP, 2009. 25(2): 285-317.

Camargo Z; Vilarim G, Cukier S. Parâmetros perceptivo-auditivos e acústicos de longo termo da qualidade vocal de indivíduos disfônicos. Revista CEFAC, 2004 Abr-Jun. 6(2): 189-196.

Cukier S; Camargo Z. Abordagem da qualidade vocal em um falante com deficiência auditiva: aspectos acústicos relevantes do sinal de fala. Revista CEFAC, 2005 Jan-Mar. 7(1): 93-101.

Evans MK; Deliyski DD. Acoustic Voice Analysis of Prelingually Deaf Adults Before and After Cochlear Implantation. Journal of Voice 2007 Nov; 21(6): 669-82.

Fabry D. Creating the Evidence: Lessons from Cochlear Implants. J Am Acad Audiol 2005 Nov. 16(7): 515-22.

Fourcin A, Abberton E. Hearing and phonetic criteria in voice measurement: Clinical applications. London: Log Phon Voc, 2008 Jan. 33(1): 35-48.

Fujimura O, Hirano M. Vocal fold physiology. San Diego: Singular, 1995.

Giusti MC, Padovani MMP, Behlau M; Granato L. A voz da criança deficiente auditiva. Rev Bras Otorrinol, 2001 Jan-Fev. 67(1): 29-35.

Gregio FN, Gama-Rossi A, Madureira S, Camargo Z. Modelos teóricos de produção e percepção da fala como um sistema dinâmico. Revista CEFAC 2006 Abr-Jun; 8(2): 244-47.

Hammaberg B, Gauffin J. Perceptual and acoustics characteristics of quality differences in pathological voices as related to physiological aspects. In: Fujimura O, Hirano M. Vocal fold physiology. San Diego: Singular, 1995. 283-303.

Hirst D. The analysis by synthesis of speech melody: from data to models. Journal of Speech Sciences; 2011. 1(1): 55-83.

Laver J. The phonetic description of voice quality. Cambridge: Cambridge University Press, 1980.

Laver J. Phonetic evaluation of voice quality. In: Kent RD, Ball MJ. Voice quality measurement. Singular, 2000. 37-48.

Laver J, Wirz SL, Mackenzie-Beck J, Hiller SM. A perceptual protocol for the analysis of vocal profiles. Edinburgh University Department of Linguistics Work in Progress, 1981.14: 139-155.

Laver, J, Mackenzie-Beck, J. Vocal Profile Analysis scheme-VPAS. Edinburgh: QMUC, Speech Science Research Centre; 2007.

Lindblom B. Explaining phonetic variation: a sketch of the H & H theory. In W. Hardcastle & A. Marchal (Eds.) Speech Production and Speech Modelling. Dordrecht: Kluwer, 1990.

Mackenzie-Beck J. Perceptual analysis of voice quality: the place of vocal profile analysis. In: Hardcastle WJ & Mackenzie-Beck J. A figure of speech: a festschrift for John Laver. Mahwah: Lawrence Erlbrum Associates, 2005. p.285-322.

Madureira S; Barzaghi L; Mendes B. Voicing contrasts and the deaf: production and perception issues. In: Windsor F; Kelly ML; Hewlett N. (Org.). Investigation in Clinical Phonetics and Linguistcs. LEA 2002; 1:417-28.

Magri AM, Cukier-Blaj S, Fraga e Karman D; Camargo Z. Correlatos perceptivos e acústicos dos ajustes supraglóticos na disfonia. Revista CEFAC 2007 Out-Dez; 9(4): 512-18.

Mendes BCA. Estudo fonético acústico das vogais do português brasileiro: dados da produção e percepção de fala de um sujeito deficiente auditivo [tese de doutorado]. São Paulo: PUCSP; 2003.

Moeller MP. Current State of Knowledge: Psychosocial Development in Children with Hearing Impairment. Ear & Hearing 2007 Dez. 28(6): 729-39.

Moret ALM; Bevilacqua MC; Costa-Filho OA. Implante coclear: audição e linguagem em crianças deficientes auditivas Pré-linguais. Pró-Fono 2007 Jul-Set; 19(3):295-304.

Novaes BCAC; Mendes BC. Habilitação Auditiva: Intervenção em Bebês e Crianças. In: Silvio Caldas Neto; João Ferreira de Mello Júnior; Regina Helena Garcia Martins; Sady Selaimen da Costa. (Org.). Tratado de Otorrinolaringologia - Aborlccf. 2 ed. São Paulo: Edit Roca; 2011. p. 371-80.

Peralta JS, Camargo Z, Mendes BCA. Investigação da Qualidade Vocal de Crianças Deficientes Auditivas. In: Soc Bras Fonoaudiol (Sul Esp – Anais do XIV Congresso Brasileiro de Fonoaudiologia). SBFa: Salvador, 2006.

Pereira LCK. A percepção de plosivas alveolares na produção de um sujeito com deficiência auditiva: um estudo fonético acústico [dissertação de mestrado] São Paulo: PUCSP; 2007.

Pessoa AN. Percepção e produção de sons da fala em uma criança com deficiência auditiva em terapia fonoaudiológica. [dissertação de mestrado] São Paulo: PUCSP; 2008.

Pessoa AN, Novaes BCAC, Mendes BC, Camargo ZA. Voice Quality and Dynamics Of ChildCochlear Implant User During Therapy Session. In: XXXth International Congress of Audiology (ICA 2010) & 25 Encontro Internacional de Audiologia (EIA). São Paulo: ABA; 2010. p. 83.

Pessoa AN, Pereira LK, Novaes B; Camargo Z, Mendes B. Using Acoustic Analysis To Follow-Up The Language Development Of A Brazilian Deaf Child With Cochlear Implant. In: Proceedings of 11th International Conference on Cochlear Implants and Other Implantable Auditory Technologies. Stockholm; 2010 Jun 30-Jul 02. p.371.

Pratt SR; Schnoor K; Friedman M. Speech Production as a Measure of Hearing Aid Benefit in Infants and Young Children With Hearing Loss. Perspectives on Hearing and Hearing Disorders in Childhood 2007;17:15-20.

Ramos S. Análise Prosódica da fala do deficiente auditivo: parâmetros de duração e frequência fundamental. [tese de doutorado]. São Paulo: PUCSP; 2000.

Rusilo LC, Madureira S, Camargo Z. Evaluating Speech samples for the Voice Profile Analysis Scheme for Brazilian Portuguese (BP-VPAS). In: Proceedings of the 4rd ISCA Workshop ExLing 2011; May 25-27; ISCA: Paris, 2011. p.51.

Scheiner E, Hammerschmidt K, Jurgens U, Zwirner P. Vocal Expression of Emotions in Normally Hearing and Hearing-Impaired Infants. Journal of Voice, 2006 Dec. 20(4): 582-604.

Sininger AL;Grimes A; Christensen E. Auditory Development in Early Amplified Children: Factors Influencing Auditory-Based Communication Outcomes in Children With Hearing Loss. Ear & Hearing 2010 Apr; 31(2): 166-85.

Stuchi RF; Nascimento LT; Bevilacqua MC; Brito Neto RV. Linguagem oral de crianças com cinco anos de uso do implante coclear. Pró-Fono 2007 Abr-Jun;19(2):167-76.

Tobey EA, Geers AE, Brenner CB, Altuna D, Gabbert G. Factors associated with development of speech production skills in children implanted by age five. Ear & Hearing 2003 Feb; 24(1): 36–45.

Ubrig MT, Goffi-Gomez MVS, Weber R, Menezes MHM, Nemr NK, Tsuji DH, Tsuji RK. Voice Analysis of Postlingually Deaf Adults Pre- and Postcochlear Implantation. Journal of Voice 2011 Nov; 25(6): 692-99.

Xu Y. Speech Prosody: a methodological review. Campinas: Journal of Speech Sciences, 2011. 1(1): 85-115.

Xu L, Zhou N, Chen X, Li Y, Schultz H, Zhao H et al. Vocal singing by prelingually-deafened children with cochlear implant. Hearing Research, 2009 Jun. 255: 129–34.

Yoshinaga-Itano C. From Screening to Early Identification and Intervention: Discovering Predictors to Successful Outcomes for Children With Significant Hearing Loss. J Deaf Stud Deaf Educ 2003 Winter; 8(1): 11-30.

Wirz S. The voice of the Deaf. In: Fawcus M (Edit). Voice Disorders and their Management. Croom Helm:1986.

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Copyright (c) 2011 Aline Neves Pessoa, Beatriz Cavalcanti de Albuquerque Caiuby Novaes, Lilian Kuhn Pereira, Zuleica Antonia Camargo

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