The Production of Speech pp 39-55 | Cite as
Dynamic Characteristics of Voice Fundamental Frequency in Speech and Singing
Abstract
In many of the Indo-European languages (Öhman, 1967; Isačenko & Schädlich, 1966;’t Hart, 1966; Maeda, 1974; Vaissière-Maeda, 1980) as well as in the Japanese language (Fujisaki & Nagashima, 1969), the contour of the voice fundamental frequency (henceforth F 0 contour) plays an important role in transmitting not only linguistic information but also nonlinguistic information such as naturalness, emotion, and speaker idiosyncrasy. Because of difficulties in accurate analysis and in quantitative description, the relationships between the linguistic-nonlinguistic information and the F 0 -contour characteristics have not been fully clarified. The elucidation of these relationships requires, first, the selection of characteristic parameters that are capable of describing the essential features of an F 0 contour, and second, a method for extracting these parameters from an observed F 0 contour. In other words, an analytical formulation (i.e., a model) of the control process of voice fundamental frequency is indispensable for the quantitative analysis and linguistic interpretation of F 0 -contour characteristics.
Keywords
Fundamental Frequency Pitch Control Baseline Component Downward Transition Vocalis MusclePreview
Unable to display preview. Download preview PDF.
References
- Buchthal, F., & Kaiser, E. Factors determining tension development in skeletal muscle. Acta Physiologica Scandinavica, 1944, 8, 38–74.CrossRefGoogle Scholar
- Fujisaki, H., & Nagashima, S. A model for synthesis of pitch contours of connected speech. Annual Report, Engineering Research Institute (University of Tokyo), 1969, 28, 53–60.Google Scholar
- Fujisaki, H., & Sudo, H. A model for the generation of fundamental frequency contours of Japanese word accent. Journal of the Acoustical Society of Japan, 1971, 27, 445–453.(a)Google Scholar
- Fujisaki, H., & Sudo, H. Synthesis by rule of prosodic features of connected Japanese. Proceedings of the 7th International Congress of Acoustics, 1971, 3, 133–136.(b)Google Scholar
- Fujisaki, H., & Sudo, H. A generative model for the prosody of connected speech in Japanese. Conference Record, 1972 Conference on Speech Communication and Processing, IEEE-AFCRL, 1972, 140–143.Google Scholar
- Fujisaki, H., & Sugito, M. Analysis and perception of two-mora word accent types in the Kinki dialect. Journal of the Acoustical Society of Japan, 1978, 34, 167–176.Google Scholar
- Hirose, K., & Fujisaki, H. Acoustical features of fundamental frequency contours of Japanese sentences. Proceedings of the 10th ICA, 1980, 2, AL-9.2.Google Scholar
- Hirose, K., Fujisaki, H., & Sugito, M. Acoustic correlates of word accent in English and Japanese. Transactions of the Committee on Speech Research, Acoustical Society of Japan, 1978, S78–41.Google Scholar
- Isačenko, A. V., & Schädlich, H. J. Untersuchungen über die deutsche Satzintonation. Studia Grammatica, 1966, 7, 7–67.Google Scholar
- Maeda, S. A characterization of fundamental frequency contours of speech. Quarterly Progress Report, Research Laboratory of Electronics, MIT, 1974, 114, 193–211.Google Scholar
- Ohala, J., & Ewan, W. Speed of pitch change. Journal of the Acoustical Society of America, 1973, 53, 345(A).CrossRefGoogle Scholar
- Öhman, S. Word and sentence intonation: A quantitative model. Speech Transmission Laboratory Quarterly Progress and Status Report (Stockholm), 1967, 2–3, 20–54.Google Scholar
- Sandow, A. A theory of active state mechanisms in isometric muscular contraction. Science, 1958, 127, 760–762.PubMedCrossRefGoogle Scholar
- Slater, J. C., & Frank, N. H. Introduction to theoretical physics. New York: McGraw-Hill, 1933.Google Scholar
- Sundberg, J. Maximum speed of pitch changes in singers and untrained subjects. Journal of Phonetics, 1979, 7, 71–79.Google Scholar
- ‘t Hart, J. Perceptual analysis of Dutch intonation features. I. P. O. Annual Progress Report, 1966, 1, 47–51.Google Scholar
- Vaissière-Maeda, J. La structuration acoustique de la phrase française. Annali della Scuola Normale Superiore di Pisa (Ser. III), 1980, 10(2), 529–560.Google Scholar