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Journal of The Korean Society of Laryngology, Phoniatrics and Logopedics 2002;13(1): 28-32. |
일반학생과 성악도를 대상으로 Dr. Speech의 음향학적 측정치와 EGG 측정치의 상관관계 비교 연구 |
안종복1, 유재연1, 권도하2, 정옥란2 |
1대구대학교 대학원 재활과학과 언어치료2대구대학교 언어치료학과 |
A Correlation Study between Acoustic and EGG Parameters in Ordinary College Students and Classical Singing Students |
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ABSTRACT |
Background and Objectives : Classical singing students who have received in systematic voice training appeared distinctive voice characteristics compared to normal people who have not received in systematic voice training. The purpose of this study was to determine the correlation between acoustic parameters and Electroglottography(EGG) parameters in two groups(ordinary college students vs. classical singing students group). Materials and Method s : The 80 ordinary college students and 65 classical singing students participated in this study by utilizing Dr. speech program to obtain acoustic measurements and physiologic measurements simultaneously. The Pearson correlation coefficient was used to find the correlation between acoustic parameters and EGG parameters in two groups(ordinary college students group and classical singing students group). Results : The results of the study were as follows : First, there was no correlation between Jitter and EGG Jitter in ordinary college students group, but there was strong correlation between Jitter and EGG Jitter in classical singing students group. Second, there was no correlation between Shimmer and EGG Shimmer in ordinary college students group, but there was strong correlation between Shimmer and EGG Shimmer in classical singing students group. Third, there was no correlation between Harmonic to Noise Ratio(HNR) and EGG HNR in ordinary college students group, but there was strong correlation between HNR and EGG HNR in classical singing students group. Finally, there was no correlation between Normalized Noise Energy(NNE) and EGG NNE in two groups. |
KEY WORDS:
Harmonic to noise ratio;Normalized noise energy; |
중심 단어:
소음 대 배음 비율;정규화된 소음 에너지; |
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