[1] Painter,C., J. A. Kirscher, J. C. Kahane, D.
S. Cooper, “Physiology,” in C. W. Cummings
(Ed.), Otolaryngology, Head and Neck Surgery,
pp. 1712-1748, St. Louise: Mosby-Year Book,
1993.
[2] Mignano, M. and G. Acquaviva, F. Martini,
R. Dellavalle. “Phonetic Rehabilitation after
laryn-gectomy,” Biomedicine and Pharmacotherapy,
Vol. 47, No. 2-3, pp.53-54, 1993.
[3] Gandour, J., and B.Weinberg, B. Garzione,
“Perception of Lexical Stress in Alaryngeal
Speech,” Journal of Speech and Hearing
Research, Vol.26, No.3, pp.418- 424, September
1983.
[4] Clements, K.S., et all. “Communication after
laryngectomy,” Archive of Otolaryngolohy.
Head Neck Surgery, Vol. 123, No.5, pp.493-
496, May 1997.
[5] Choi, H., and Y.J.Park, S. M. Lee, K. Kim,
“Functional Characteristics of a New
Electrolarynx “Evada” Having a Force Sensing
Resistor Sensor,” Journal of Voice, Vol.15, No.4,
pp.592-599, 2001
[6] Winans, C. S., and E. J. Reichbach, W. F.
Waldrop, “Esophageal Determinants of Alaryngeal
Speech,” Archive Otolaryngology, Vol.99,
No.1, pp.10 – 14, January 1974.
[7] Morton, R. L. and R. S. Bernstein, “Improved
La-boratory Prototype Electrolarynx (LAPEL):
U-sing Inverse Filtering of the Frequency
Response Function of the Human Throat,”
Annals of Bio-medical Engineering, Vol.21,
No.2, pp.163-174, March-April 1993.
[8] Katz, P. et all. “A Clinical Device for
Revoca-lization of the Laryngectomized
Patients,” IEEE Frontiers of Engineering in
Health Care: Pro-ceedings, pp.318-320,
September 1981.
[9] Heaton, J.M. and, D. Sanderson, I.R.
Dunsmore, A.J. Parker,“ In vivo Measurements
of Indwel-ling Tracheoesophageal Prostheses in
Alaryn-geal Speech,” Clinical Otolaryngology,
Vol.21, No.4, pp. 292-296, 1996.
[10] Van Den Hoogen, et all, “The Groningen,
Nijdam and Provox Voice Prosthesis: A
Prospective Clinical Comparison Based on 845
replacements,” Acta Otolaryngologica, Vol. 116,
No.1, pp. 119-124, 1996.
[11] Verkereke,G.J., et all., “Analysis of the
Mecha-nical Behavior of the Nidjam Voice
Prosthesis,”The Laryngoscope, Vol. 107, No.12,
Pt.1, pp.1656-1660, December 1997.
[12] Van Den Hoogen, et all., “ The Nidjam
Voice Prosthesis : A Self-Retaining Valveless
Voice Prosthesis for Vocal Rehabilitation After
Total Laryngectomy,” Acta Otolaryngologica
(Stockh), Vol. 116, No. 6, pp.913-917,
November 1996.
[13] Veenstra, A., et all., “Aerodynamic
Characte-ristics of the Nidjam Voice Prosthesis
in Rela-tion to tracheal wall Thickness,”
European Archive of Otolaryngology, Vol. 254,
No. 1, pp.1-5, 1997.
[14] Van Den Hoogen, F. J.A., et all.,“ The
Blom-Sin-ger Tracheostoma Valve as a Valuable
Addi-tion in the Rehabilitation of the
Laryngectomized Patient,” European Archive of
Oto-Rhino- Laryngology, Vol. 253, No. 3,
pp.126-129, June 1995.
[15] Robbins, J., H. B. Fisher, E.C. Blom, and,
M. I. Singer, “A Comparative Acoustic Study of
Normal, Esophageal, and Tracheoesophageal
Speech Production,” Journal of Speech Hearing
Disorders, Vol.49, No.2, pp.202-210, May 1984.
[16] Hilgers, F. J. M., and P. F. Schouvenbourg,
“A New Low-Resistance, Self –Retaining
Prosthesis (ProvoxTM) for Voice Rehabilitation
After Total Laryngectomy” Laryngoscope, Vol.
100, No. 11, pp. 1202-1207, November 1990.
[17] Weissenbruch,R.W., and F.W. J. Albers,
“Vocal Rehabilitation After Total Laryngectomy
Using ThevProvox Voice Prosthesis,” Clinical
Oto-laryngology, Vol. 18, No. 5, pp.359–364,
October 1993.
[18] Izdebski, K., C.G. Reed, J. C. Ross, and
R. L. Hilsinger, “Problems With Tracheo-
Esophageal Fistula Voice Rehabilitation,”
Design Of An Intraoral Artificial Larynx
İmran GÖKER, Mehmed ÖZKAN
1176
Archive of Otola-ryngology Head Neck Surgery,
Vol. 120, No. 8, pp. 840 - 845, August 1994.
[19] Goode R.L. and, L. Caroll, “ An Intraoral
RF Powered Artificial Larynx,” Proceedings of
twenty third Annual Conference on Engi-neering
in Medicine and Biology, Washington D.C.,
1970, November 16-19, p.335.
[20] Murry, T., “Biophysical Requirements for
new and Projected Procedures and devices for
voice rehabilitation after total laryngectomy,”
Canadian Journal of Otolaryngology, Vol.4,
No.4, pp.571-578, 1975.
[21] Zwitman, D. H. and, R.S. Disinger,
“Experimen-tal Modification of the Western
Electric # 5 Electrolarynx to a Mouth-Type
Instrument,” Journal of Speech and Hearing
Disorders, Vol. 40. No.1, pp. 35-39, February
1975.
[22] Qi, Y. and B. Weinberg, “Low-Frequency
Energy Deficit in Electrolaryngeal Speech,”
Journal of Speech and Hearing Research, Vol.34,
No.16, pp.1250-1256, December 1991.
[23] McRae, R.G., and H. R. Pillsbury, “A
Modified Intraoral Electrolarynx, ” Archive of
Otolaryn-gology, Vol.105, No. 6, pp.360-361,
June 1979.
[24] Zwitman, D.H., S. G. Knorr, and J. C.
Sonder-man, “Development and Testing of an
Intraoral electrolarynx for Laryngectomy
Patients,” Jour-nal of Speech and Hearing Disorders,
Vol.43, No. 2, pp.263-269, May 1978.
[25] Göker, İ., “Design of an Intraoral Artificial
Larynx System for the Speech Rehabiltation of
The Total Laryngectomees,” MS Thesis, Boğaziçi
University, 2000.
[26] Molly, L. E. And A. E. D’Alfonso, “A
Compari-son of Two Methods of Formant
Frequency Estimation for High-Pitch Voices,”
Journal of Voice, Vol. 16, No. 2, pp.147-171,
2002.
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