Aerodynamic and acoustic theory of voice production

Forensic Speaker Recognition: Law Enforcement and Counter-Terrorism

Volumn , Issue , 2012, Pages 309-363

  Ananthapadmanabha, T V ^a  

^a Voice and Speech Systems   (India)

Author keywords

[No Author keywords available]

Indexed keywords

ACOUSTIC IMPEDANCE; AERODYNAMICS; AIR; COMPUTATION THEORY; DIGITAL FORENSICS; ELECTRIC IMPEDANCE; ELECTRIC IMPEDANCE MEASUREMENT; FREQUENCY DOMAIN ANALYSIS; LINGUISTICS; TIME DOMAIN ANALYSIS;

ACCURATE COMPUTATIONS; BIO-MECHANICAL MODELS; FORENSIC SPEAKER RECOGNITION; INSTANTANEOUS BANDWIDTH; INSTANTANEOUS FREQUENCY; SPEAKER IDENTIFICATION; TIME DOMAIN RESPONSE; VOCAL FOLD VIBRATION;

SPEECH RECOGNITION;

EID: 84955104572     PISSN: None     EISSN: None     Source Type: Book    
DOI: 10.1007/9781461402633_12     Document Type: Chapter

References (98)

1. Dunn HK (1950) The calculation of vowel resonances and an electrical vocal tract. J Acoust Soc Am 22(6):740-753 (Reproduced in speech analysis, Schafer RW, Markel JD (eds), IEEE Press).
2. Stevens KN, Kaowski S, Fant G (1953) An electrical analog of the vocal tract. J Acoust Soc Am 25(4):734-742.
3. Fant G (1960) Acoustic theory of speech production. Mouton, Hague.
4. Flanagan JL (1965) Speech analysis, synthesis and perception, 1st edn. Springer, New York (2nd edn 1972).
5. Sondhi MM (1974) Model for wave propagation in a lossy vocal tract. J Acoust Soc Am 55(5):1070-1075.
6. Van Den Berg Jw, Zantema JT, Doornebal P (1957) On the air response and the Bernoulli effect of the human larynx. J Acoust Soc Am 29:626-631.
7. Flanagan JL (1959) Estimates of intraglottal pressure during phonation. J Speech Hear Res 2:168-172.
8. Van Den Berg Jw, Zantema JT, Doornebal P (1959) Myoelastc-aerodynamic theory of voice production. J Speech Hear Res 1:227-243.
9. Flanagan JL, Landgraf LL(1968) Self-oscillating source for vocal tract synthesizers. Ieee T rans Audio Electroacoust AU-16:57-64.
10. Flanagan JL, Cherry L (1969) Excitation of vocal-tract synthesizers. J Acoust Soc Am 45(3):764-769.
11. Ishizaka K, Flanagan JL (1972) Synthesis of voiced sounds from the two mass model of the vocal cords. Bstj 51:1233-1267.
12. Ishizaka K, Matsudiara M (1972) Fluid mechanical consideration of vocal cord vibrations. Scrl Monograph No. 8, Santa Barbara, California.
13. Ishizaka K, Matsudiara M (1972) Theory of vocal cord vibrations. Rep Univ Electro Commn 23:107-136.
14. Flanagan JL, Ishizaka K, Shipley KL (1975) Synthesis of speech from a dynamic model of the vocal cords and vocal tract. Bstj 54:485-506.
15. Broad DJ (1979) The new theories of vocal fold vibration. Speech and language: advances in basic research and practice, vol 2. Academic, New York, pp 203-256.
16. Titze IR (1980) Comments on the myoelastic-aerodynamic theory of phonation. J Speech Hear Res 23:495-510.
17. McGowan R (1991) Phonation from a continuum mechanics points of view. In: Gauffin J, Hammarberg B (eds) Vocal fold physiology: acoustics, perceptual and physiological aspects of voice mechanisms. Singular publishing, San Diego, pp 65-72.
18. Titze IR (1994) Principles of voice production. Prentice Hall, Englewood Cliff.
19. Sondhi MM, Schroeter J (1987) A hybrid time-frequency domain articulatory speech synthesizer. Ieee Trans ASSP 35(7):955-967.
20. Schroeter J, Sondhi MM (1992) Speech coding based on physiological models of speech production. In: Furui S, Sondhi MM (eds) Advances in speech signal processing. Marcel Dekker, New York, pp 231-267.
21. Hiki S, Koike Y, Takahashi H (1970) Simultaneous measurement of subglottal and supraglot- tal pressure variation. 79Th meeting, ASA, paper DD4, April 1970.
22. Kitzing P, Lofquist A (1975) Subglottal and oral air pressures during phonation-preliminary investigation using a miniature transducer system. Med Bio Eng 13:644-648 (Sept 1975).
23. Cranen B, Boves L (1985) Pressure measurement during speech production. J Acoust Soc Am 77:1543-1551.
24. Mrayati M, Guerin B, Boe LJ (1976) Etude de l’impedeance d’entrée du conduit vocal-cou- plage source-conduit vocal. Acoustica 35:330-340.
25. Guerin B, Mrayati M, Carre R (1976) A voice source taking into account of coupling with the supraglottal cavities. Icassp 1:47-50.
26. Fant G, Liljencrants J (1979) Perception of vowels and truncated intraperiod decay envelopes. Stl-QPSR 1:79-84.
27. Rothenberg M (1981) An interactive model for the voice source. Stl-QPSR 4:1-7.
28. Rothenberg M (1983) Acoustic interaction between the glottal source and the vocal tract. In: Bless DM, Abbs JH (eds) Proc. Conf. Vocal Fold Physiology, Kurume, Japan, 1980, pp 305-323, College Hill, San Diego.
29. Al-Ansari A, Guerin B, Degryse D (1981) Subglottal impedance effects on the vocal source signal. Iv FASE Symp April:21-24 (Venezia).
30. Fant G (1981) The source-filter concept in voice production. Stl-QPSR 1:21-37.
31. Ananthapadmanabha TV, Fant G (1981) Glottal flow calculations. Paper JJ3, 102nd ASA meeting, Miami Beach, Florida.
32. Ananthapadmanabha TV, Fant G (1982) Calculation of true glottal flow and its components. Stl-QPSR 1:1-30 (Also Speech Commun 1:167-184).
33. Fant G, Ananthapadmanabha TV (1982) Truncation and superposition. Stl-QPSR 2-3:1-17.
34. Scherer RW (1981) Laryngeal fluid mechanics: steady flow considerations using static models. Phd thesis, University of Iowa.
35. Gauffin J, Binh N, Ananthapadmanabha TV, Fant G (1981) Glottal geometry of volumevelocity waveform. Proc. Research conf. Voice physiology, Madison, WI, USA, May 31, Jun 4, 1981.
36. Ananthapadmanabha TV, Gauffin J (1983) Some results on the aerodynamic and acoustic factors in phonation. Stl-QPSR 1, 1983(and also in Titze IR, Scherer R (eds) Proc. Vocal fold physiology conf., Denver Center for the performing Arts, Denver, Colarado, 1983).
37. Scherer R, Titze IR (1983) Pressure-flow relationships in a model of the laryngeal airway with diverging glottis. In: Bless DM, Abbs JH (eds) Vocal fold physiology: contemporary research and clinical issues. College-Hill Press, San Diego.
38. Ananthapadmanabha TV, Nord L, Fant G (1982) Perceptual discriminability of nonexponen- tial/exponential damping of the first formant of vowel sounds. In: Carlson R, Granstrom B (eds) The representation of speech in the peripheral auditory system. North-Holland, Amsterdam, pp 217-222.
39. Nord L, Ananthapadmanabha TV, Fant G (1984) Signal analysis and perceptual tests of vowel responses with an interactive source filter model. Stl-QPSR 25(2-3):25-52.
40. Hirano M (1981) Clinical examination of voice. Springer, New York.
41. Ingard U, Ising H (1967) Acoustic nonlinearity of an orifice. J Acoust Soc Am 42(1):6-17.
42. Laine U, Karjalainen M (1986) Measurements on the effects of glottal opening and flow on the glottal impedance. Icassp, pp 1621-1625.
43. Badin P, Bailly G, Raybaudi M, Segebarth C (1998) A three-dimensional linear acoustic articulatory model based on MRI data. Proc 5th ICSLP, vol 2, pp 417-420.
44. Coker CH (1976) A model of articulatory dynamics and control. Proc IEEE 64(4):452-460.
45. Mermelstein P (1973) Articulatory model for the study of speech production. J Acoust Soc Am 53(4):1070-1082.
46. Ishizaka K, Masudiara M, Kaneko T (1976) Input acoustic impedance measurement of the subglottal system. J Acoust Soc Am 60:910-917.
47. Koike V, Hirano M (1973) Glottal area time function and subglottal pressure variation. J Acoust Soc Am 54:1618-1672.
48. Van Valkenberg ME (1976) Network analysis. Prentice-Hall, New Delhi.
49. Wakita H, Fant G (1978) Toward a better vocal tract model. Stl-QPSR 1:9-29.
50. Sondhi MM, Sinder DJ (2004) Articulatory modeling: a role in concatenative text to speech synthesis. In: Narayanan S, Alwan A (eds) Text to Speech Synthesis: New Paradigms and Advances. Pearson education, India (205, Chapter 4), pp 85-109.
51. Badin P, Fant G (1984) Notes on vocal tract computation. Stl-QPSR 2-3:53-107.
52. Kelly JL, Lochbaum CC (1962) Speech synthesis. In ICA 4, paper G42 (Also in Speech synthesis, Rabiner LR, Flanagan JL (eds), Dowden Wiley, 1973).
53. Maeda S (1982) A digital simulation method of the vocal tract system. Speech Commun 1:199-229.
54. Strube HW (1982) Time varying wave digital filters and vocal tract models. Icassp 1982:923-926.
55. Laine U (1982) Modeling lip radiation in the z-domain. Icassp 1982:1992-1995.
56. Liljencrants J (1985) Speech synthesis with a reflection-type line analog. Dsc dissertation, Department of speech communication and music acoustics, RIT, Stockholm.
57. Gold B, Rabiner LR (1968) Analysis of digital and analog formant synthesizers. Rle Tech rep.465, June 1968.
58. Laine U (1988) Higher pole correction in vocal tract models and terminal analogs. Speech Commun 7:21-40.
59. Plumpe MD, Quatieri TF, Reynolds DA (1999) Modeling of the glottal flow derivative waveform with application to speaker identification. Ieee Trans Acoust Speech Signal Process 7(5):569-585.
60. Fant G Private communication.
61. Rosenberg AE (1971) Effect of glottal pulse shape on the quality of natural vowel. J Acoust Soc Am 49:583-590.
62. Ananthapadmanabha TV (1984) Acoustic analysis of voice source dynamics. Stl-QPSR 2-3:1-24.
63. Ananthapadmanabha TV (1993) Working papers, MIT speech group report, vol 9.
64. Fant G, Liljencrants J, Lin Q (1985) A four parameter model of glottal flow. Stl-QPSR 4:1-13.
65. Matasuek MR, Batalev VS (1980) A new approach to the determination of glottal waveform. Ieee Trans ASSP 28:616-622.
66. Rice DL (1974) Articulatory tracking of the acoustic speech signal. Proc. Speech commn seminar, Stockholm pp 21-26.
67. Kitzing P, Lofquist A (1979) Evaluation of voice therapy by means of photoglottography. Folia Phoniatrica 31:103-109.
68. Titze IR (1984) Parameterization of the glottal area, glottal flow and vocal fold contact area. J Acoust Soc Am 75(2):57-580.
69. Laine U Input impedance data were computed and provided by Laine.
70. Fant G Private communication clarifying the x-ray data.
71. Lofquist A, Ananthapadmanabha TV Unpublished. Simultaneous Measurement of glottal area using trans-illumination photo-glottographic equipment and airflow using a mask.
72. Liljencrants J INA program for inverse filtering. Kth, Stockholm.
73. Cranen B, Boves L (1983) Pressure 77.
74. Miller RL (1959) Nature of vocal cord wave. J Acoust Soc Am 31:667-677.
75. Holmes JN (1962) An investigation of the volume velocity waveform at the larynx during speech by means of an inverse filter. Proc IV Intnl Cong on Ac, pp 1-4, August 1962.
76. Atal BS, Hanauer SL (1971) Speech analysis and synthesis by linear prediction of the speech wave. J Acoust Soc Am 50:637-655 (Aug 1971).
77. Makhoul J (1975) Linear prediction: a tutorial review. Proc. Ieee, vol 63, April 1975, pp 561-580 (Also in Schafer RW, Markel JD (eds) Speech Analysis, IEEE Press).
78. Ananthapadmanabha TV, Yegnanarayana B (1979) Epoch extraction from linear prediction residual. Ieee Trans ASSP 27:309-319.
79. Cheng Y, Guerin B (1987) A study of the source-filter interactive concept and its application to male and female speech synthesis. Bulletin du Lab de la Commun. Parlee, No. 1A, pp 29-66, INPG-ENSERG, Grenoble, France.
80. Lin Q (1990) Speech production theory and articulatory speech synthesis. Phd thesis, KTH.
81. Childers DG, Lee CK (1991) Voice quality factors: analysis, synthesis and perception. J Acoust Soc Am 90(5):2394-2410.
82. Ananthapadmanabha TV, Prasad MG (1989) A note on jet noise component in phonation. Tech Mem, ATT Bell Labs.
83. Rothenberg M (1983) Source-tract interaction in breathy voice. In: Titze IR, Scherer RC (eds) Vocal fold physiology—biomechanics, acoustics and phonatory control. Denver center for the performing arts, Colarado.
84. Lofquist A, Koenig L, McGowan RS (1995) Vocal tract aerodynamics in/aCa/utterances: measurements. Speech Commun 16:49-66.
85. Sundberg J, Gauffin J (1981) Waveform and spectrum of glottal voice source. Stl-QPSR 2-3.
86. Fujisaki H, abd Ljungquist M (1986) Proposal and evaluation of models for the glottal source waveform. Icassp, pp 1605-1608.
87. Ananthapadmanabha TV(1991) Spectral parameters of a voice source model. 122Nd meeting ASA, 1991. (Also in Speech technology for man-machine interaction Rao PVS, Kalia BB (eds) Tata McGraw Hill, New Delhi, 1993).
88. Ananthapadmanabha TV (1995) See discussion section on “waveforms and spectrum envelopes”. In: Fujimura O, Hirano M (eds) Vocal fold physiology: voice quality control. Singular Publishing, San Diego, pp 347-353 (Fujimura O, Chap 22).
89. Jankowski CR (1996) Fine structure features for speaker identification. Phd thesis, MIT, USA.
90. Laver J (1980) Phonetic description of voice quality. Cambridge University Press, UK.
91. Nolan JF (1983) The phonetic bases of speaker recognition. Cambridge University Press, Cambridge.
92. Koenig BE (1986) Spectrographic voice identification: a forensic survey. J Acoust Soc Am 79:2088-2090.
93. Amino K, Arai T (2009) Speaker-dependent characteristics of the nasals. Forensic Sci Int 185(1-3):21-28 (Mar 2009).
94. Ananthapadmanabha TV (1982) Intelligibility carried by speech source functions. Stl-QP- SR 4:49-64.
95. Quatieri TF, Jankowski CR, Reynolds DA (1994) Energy onset times for speaker identification. Ieee Sig Process Lett 1(11):160-162 (Nov 1994).
96. Jankowski CR, Quatieri TF, Reynolds DA (1996) Fine structure features for speaker identification. Ieee international Conference on acoustics, speech and signal processing, pp 689-692, May 1996.
97. Ananthapadmanabha TV(1978) Epoch extraction of voice speech. Phd thesis, Indian institute of science, Bangalore.
98. Mahadeva Prasanna SR, Gupta CS, Yegnanarayana B (2006) Extraction of speaker-specific excitation information from linear prediction residual of speech. Speech Commun 48(10):1243-1261 (Oct 2006).