REFERENCIAS

Normas:

1. American National Standard, “Specification for a Manikin for simulated In-Situ Airborne Acoustic Measurements”. ANSI S3.36 (1985).
2. American National Standard, “Base Calibrated Ear Simulator (condenser microphone)”. ANSI 3.25 (1979).
3. IEC 711 (1981) e IEC 959: “Base Calibrated Ear Simulator (condenser microphone)”.

Publicaciones:

1. Algazi V. Ralph, Avedano Carlos, Thompson Dennis; “ Dependence of Subject and Measurement Position in Binaural Signal Acquisition”; J. Audio Eng. Soc.; Vol. 47, Nº. 11; pp. 937 – 947; (Nov) 1999.
2. Boehnke Susan E., Phillips Denis P., “Azimutal tuning of human perceptual chanels for sound location”; J. Acoust. Soc. Am.; Vol. 106, Nº. 4; pp. 1948 – 1955; (october) 1999.
3. Brungart Douglas S., Durlach Nathaniel I. , Rabinowitz William M.; ” Auditory localization of nearby sources. II. Localization of a broadband source”; J. Acoust. Soc. Am.; Vol. 106, Nº. 4; pp. 1956 – 1968; (october) 1999.
4. Burkhard M. D, and Sachs; “Anthropometric Manikin for Acoustic Research”, J. Acoust. Soc. Am.; vol. 58; pag. 214-222; 1975.
5. Genuit Klaus, Burkhard Mahlon; “Artificial Head Measurement Systems for Subjective Evaluation of Sound Quality”; Sound and Vibration, Instrumentation Reference Issue; pp. 18 – 23; (march) 1992.
6. Hammershoi Dorte, Moller Henrik; “ Sound transmission to and within the human ear canal”; J. Audio Eng. Soc.; Vol. 100, Nº. 1; pp. 408 – 426; (july) 1996.
7. Han, H.L.; “Meassuring a Dummy Head in Search of Pinna Cues”, J. Audio Eng. Soc.; Vol. 42, Nº. 1/2; pp. 15 – 36; (Jan/Feb) 1994.
8. Hazeltime, C. E. Dean; “Audition by bone conduction” radio lab.; J. Acoust. Soc. Am.; vol. 2, n. 2, pag. 281-296; 1930.
9. Henrik Moller, Michel Fris sorensen, Dorte Hammershoi, Clemen Boje Jensen, “Head Realated Transfer Functions of Human Subjects”; J. Audio Eng. Soc.; Vol. 43, Nº. 5; pp. 300 – 320; (may)1995.
10. Kobrak H. G.; “Direct observation of the acoustic oscillations of the human ear”; J. Acoust. Soc. Am.; vol. 15, n. 1; Department of Otolaryngology, University of Chicago, Illinois; pag. 54-56; 1943.
11. Kunov Hans, Gighère; “An acoustic head simulator for hearing protector evaluation. I: Design and construction”; J. Audio Eng. Soc.; Vol. 85, Nº. 3; pp. 1191 – 1205; (march) 1989.
12. Maxwell R. J. and Burkhard M. D.; “Larger ear replica for Kemar manikin”, J. Acoust. Soc. Am.; vol. 65; pag. 1055-1058.
13. “Preliminary experimental in binaural time delay and intelligibility”. J. Acoust. Soc. Am.; vol. 28, n. 5, pag. 895-901.(1956).
14. Raymond B. Black ,“Ear-Insert microphone”, J. Acoust. Soc. Am.; Radio corporation of America, Moorestown, New Jersey, USA; 1957.
15. Stewart G. W ; “Binaural hearing”; J. Acoust. Soc. Am.; vol.1 n. 3, part 1; University of Iowa USA; pag. 344-347; 1930.
16. Watson, Norman A.; “Air and Bone conduction audio testing assembly”; J. Acoust. Soc. Am.; LA, California; 1945.

Libros:

1. Beranek, Leo; Fundamentos De Acústica; Editorial Hispanoamericana, II Edición, Buenos Aieres Argentina.
2. Bhatnagar, Subhash C.; Andy, Orlando J.; Neurociencia; Barcelona; editorial Masson
3. Bruce Bartlett, Técnicas de Micrófonos en Estéreo, Instituto Oficial de Radio Televisión Española, Madrid., 1995.
4. Chang, Raymond; Química; Williams y Wilkins;.6º edición; editorial Mc Graw Hill, Mexico, 1997.
5. Gelfand, Stanley A.; Hearing: An Introduction to Psychological and Physiological Acoustic., III Edición, Nueva York, pag. 369 – 401.,1998.
6. Salvat, Juan; Enciclopedia Salvat Del Estudiante, tomo 7; editorial Salvat S.A. de E.

Tesis:

1.  Aguilar Albornoz, Juan Ramón Aquiles; “Grabación del sonido utilizando una cabeza artificial y su Reproducción Mediante un sistema Compatible”; Universidad Austral de Chile; Valdivia; 1997.
2. San Miguel D, José, Aguliar D, “Metodo de trabajo para determinar la Influencia de la ingesta de alcohol en la percepción auditiva: umbral mínimo de audición”, Universidad Vicente Perez Rosales, ingeniería de ejecución en sonido. 1997.

Artículos de Internet:

1. http://headwize.com/tech/sshd_tech.htm
2. http://kdm.www.media.mit.edu/~billg/
3. http://schoeps.de/Seiten/KFM6.html
4. http://sound.media.mit.edu/KEMAR.html
5. http://www.behringer.de/eng/products/micro/ecm8000.htm
6. http://www.binaural.com/SunBinArticle.html
7. http://www.bksv.com/bksv/
8. http://www.conama.cl/investigacion_info/temas_ambientales/Ruido/
9. http://www-engr.sjsu.edu/~knapp/HCIROD3D/3D_psych/azimuth.htm
10. http://www-engr.sjsu.edu/~knapp/HCIROD3D/3D_psych/elev.htm
11. http://www-engr.sjsu.edu/~knapp/HCIROD3D/3D_HRTF/3D_HRTF.htm
12. http://www-engr.sjsu.edu/~knapp/HCIROD3D/3D_sys2/h_vs_l.htm
13. http://www-engr.sjsu.edu/~knapp/HCIROD3D/3D_phys/3D_phys.htm
14. http://www-engr.sjsu.edu/~knapp/HCIROD3D/3D_phys/Fourier.htm
15. http://www-engr.sjsu.edu/~knapp/HCIROD3D/3D_sys1/binaural.htm
16. http://www.headacoustics.com/products/legacy-hmsii.html
17. http://www.msu.edu/~amlaniam/proflnk.htm
18. http://www.neumannusa.com/