References  

1. ** ^  ** Jeffress L.A. (1948). "A place theory of sound localization". _Journal of Comparative and Physiological Psychology_ . **41** (1): 35–39.  doi  "Doi \(identifier\)") :  10.1037/h0061495  .  PMID  "PMID \(identifier\)")  18904764  .
2. ** ^  ** Schnupp J., Nelken I & King A.J., 2011. Auditory Neuroscience, MIT Press, chapter 5.
3. ** ^  ** Blauert, J.: Spatial hearing: the psychophysics of human sound localization; MIT Press; Cambridge, Massachusetts (1983)
4. ^  _**a** _ _**b** _ _**c** _ _**d** _ _**e** _ _**f** _ Thompson, Daniel M. Understanding Audio: Getting the Most out of Your Project or Professional Recording Studio. Boston, MA: Berklee, 2005. Print.
5. ^  _**a** _ _**b** _ _**c** _ Roads, Curtis. The Computer Music Tutorial. Cambridge, MA: MIT, 2007. Print.
6. ^  _**a** _ _**b** _ Benade, Arthur H. Fundamentals of Musical Acoustics. New York: Oxford UP, 1976. Print.
7. ** ^  ** Rayleigh L. XII. On our perception of sound direction[J]. The London, Edinburgh, and Dublin Philosophical Magazine and Journal of Science, 1907, 13(74): 214-232.
8. ^  _**a** _ _**b** _ _**c** _ Zhou X. Virtual reality technique[J]. Telecommunications Science, 1996, 12(7): 46-–.
9. ** ^  ** Ian Pitt.  "Auditory Perception"  . Archived from  the original  on 2010-04-10.
10. ** ^  ** DeLiang Wang; Guy J. Brown (2006). _Computational auditory scene analysis: principles, algorithms and applications_ . Wiley interscience.  ISBN  "ISBN \(identifier\)")  9780471741091   . " For sinusoidal signals presented on the horizontal plane, spatial resolution is highest for sounds coming from the median plane (directly in front of the listener) with about 1 degree MAA, and it deteriorates markedly when stimuli are moved to the side – e.g., the MAA is about 7 degrees for sounds originating at 75 degrees to the side. "
11. ** ^  **  Auditory localization - Introduction  _Columbia College, Chicago - Audio Arts & Acoustics acousticslab.org/psychoacoustics _ , accessed 16 May 2021
12. ^  _**a** _ _**b** _ Wallach, H; Newman, E.B.; Rosenzweig, M.R. (July 1949). "The precedence effect in sound localization". _American Journal of Psychology_ . **62** (3): 315–336.  doi  "Doi \(identifier\)") :  10.2307/1418275  .  JSTOR  "JSTOR \(identifier\)")  1418275  .  PMID  "PMID \(identifier\)")  18134356  .
13. ^  _**a** _ _**b** _ _**c** _ Wallach, Hans (October 1940). "The role of head movements and vestibular and visual cues in sound localization". _Journal of Experimental Psychology_ . **27** (4): 339–368.  doi  "Doi \(identifier\)") :  10.1037/h0054629  .
14. ** ^  ** "Acoustics: The Ears Have It". _Newsweek_ . 1961-12-04. p. 80.
15. ** ^  ** Batteau D W. The role of the pinna in human localization[J]. Proceedings of the Royal Society of London B: Biological Sciences, 1967, 168(1011): 158-180.
16. ** ^  ** Musicant A D, Butler R A. The influence of pinnae-based spectral cues on sound localization[J]. The Journal of the Acoustical Society of America, 1984, 75(4): 1195–1200.
17. ** ^  **  "The CIPIC HRTF Database"  . Archived from  the original  on 2013-09-13.
18. ** ^  ** Robert A. BUTLER; Richard A. HUMANSKI (1992).  "Localization of sound in the vertical plane with and without high-frequency spectral cues"  . _Perception & Psychophysics _ . **51** (2): 182–186.  doi  "Doi \(identifier\)") :   10.3758/bf03212242  .  PMID  "PMID \(identifier\)")  1549436  .
19. ** ^  ** Roffler Suzanne K.; Butler Robert A. (1968).  "Factors That Influence the Localization of Sound in the Vertical Plane"  . _J. Acoust. Soc. Am_ . **43** (6): 1255–1259.  Bibcode  "Bibcode \(identifier\)") :  1968ASAJ...43.1255R  .  doi  "Doi \(identifier\)") :  10.1121/1.1910976  .  PMID  "PMID \(identifier\)")  5659493  .
20. ** ^  ** Thurlow, W.R. "Audition" in Kling, J.W. & Riggs, L.A., _Experimental Psychology_ , 3rd edition, Holt Rinehart & Winston, 1971, pp. 267–268.
21. ** ^  ** Wallach, H (1939). "On sound localization". _Journal of the Acoustical Society of America_ . **10** (4): 270–274.  Bibcode  "Bibcode \(identifier\)") :  1939ASAJ...10..270W  .  doi  "Doi \(identifier\)") :  10.1121/1.1915985  .
22. ** ^  ** "The Ears Have It," _Newsweek_ 1961-12-04, pp.80-81
23. ** ^  ** Batteau, Dwight Wayne (January 1964).  "The role of the pinna in human localization"  (PDF)  . _Proceedings of the Royal Society of London, B Biological Sciences_ . Retrieved  2023-11-30  .
24. ** ^  ** Kidd, Sean A.; Kelly, Jack B. (1996-11-15).  "Contribution of the Dorsal Nucleus of the Lateral Lemniscus to Binaural Responses in the Inferior Colliculus of the Rat: Interaural Time Delays"  . _The Journal of Neuroscience_ . **16** (22): 7390–7397.  doi  "Doi \(identifier\)") :  10.1523/JNEUROSCI.16-22-07390.1996  .  ISSN  "ISSN \(identifier\)")  0270-6474  .  PMC  "PMC \(identifier\)")  6578946  .  PMID  "PMID \(identifier\)")  8929445  .
25. ^  _**a** _ _**b** _ _**c** _ Zhao R. Study of Auditory Transmission Sound Localization System[D], University of Science and Technology of China, 2006.
26. ** ^  ** Díaz-García, Lara; Reid, Andrew; Jackson-Camargo, Joseph; Windmill, James F.C. (2022).  "Towards a bio-inspired acoustic sensor: Achroia grisella's ear"  . _IEEE Sensors Journal_ . **22** (18): 17746–17753.  Bibcode  "Bibcode \(identifier\)") :  2022ISenJ..2217746D  .  doi  "Doi \(identifier\)") :  10.1109/JSEN.2022.3197841  .  ISSN  "ISSN \(identifier\)")  1558-1748  .  S2CID  "S2CID \(identifier\)")  252223827  . Retrieved  12 September  2022  .
27. ** ^  ** Miles RN, Robert D, Hoy RR (Dec 1995). "Mechanically coupled ears for directional hearing in the parasitoid fly Ormia ochracea". _J Acoust Soc Am_ . **98** (6): 3059–70.  Bibcode  "Bibcode \(identifier\)") :  1995ASAJ...98.3059M  .  doi  "Doi \(identifier\)") :  10.1121/1.413830  .  PMID  "PMID \(identifier\)")  8550933  .
28. ** ^  ** Robert D, Miles RN, Hoy RR (1996). "Directional hearing by mechanical coupling in the parasitoid fly Ormia ochracea". _J Comp Physiol A_ . **179** (1): 29–44.  doi  "Doi \(identifier\)") :  10.1007/BF00193432  .  PMID  "PMID \(identifier\)")  8965258  .  S2CID  "S2CID \(identifier\)")  21452506  .
29. ** ^  ** Mason AC, Oshinsky ML, Hoy RR (Apr 2001). "Hyperacute directional hearing in a microscale auditory system". _Nature_ . **410** (6829): 686–90.  doi  "Doi \(identifier\)") :  10.1038/35070564  .  PMID  "PMID \(identifier\)")  11287954  .  S2CID  "S2CID \(identifier\)")  4370356  .
30. ** ^  ** Ho CC, Narins PM (Apr 2006). "Directionality of the pressure-difference receiver ears in the northern leopard frog, Rana pipiens pipiens". _J Comp Physiol A_ . **192** (4): 417–29.  doi  "Doi \(identifier\)") :  10.1007/s00359-005-0080-7  .  PMID  "PMID \(identifier\)")  16380842  .  S2CID  "S2CID \(identifier\)")  5881898  .
31. ** ^  ** Payne, Roger S., 1962. How the Barn Owl Locates Prey by Hearing. _The Living Bird, First Annual of the Cornell Laboratory of Ornithology_ , 151-159
32. ^  _**a** _ _**b** _ _**c** _ Liu, Z., Qi, F. Y., Zhou, X., Ren, H. Q., & Shi, P. (2014). Parallel sites implicate functional convergence of the hearing gene prestin among echolocating mammals. _Molecular biology and evolution_ , _31_ (9), 2415–2424.   doi  "Doi \(identifier\)") :  10.1093/molbev/msu194 
33. ^  _**a** _ _**b** _ _**c** _ Wade, NJ; Ono, H (2005). "From dichoptic to dichotic: historical contrasts between binocular vision and binaural hearing". _Perception_ . **34** (6): 645–68.  doi  "Doi \(identifier\)") :  10.1068/p5327  .  PMID  "PMID \(identifier\)")  16042189  .  S2CID  "S2CID \(identifier\)")  43674057  .
34. ** ^  ** Beyer, Robert T. (1999). _Sounds of our times : two hundred years of acoustics_ . New York: Springer.  ISBN  "ISBN \(identifier\)")  978-0-387-98435-3   .
35. ^  _**a** _ _**b** _ _**c** _ _**d** _ _**e** _ _**f** _ Wade, Nicholas J.; Deutsch, Diana (July 2008).  "Binaural Hearing—Before and After the Stethophone"  (PDF)  . _Acoustics Today_ . **4** (3): 16–27.  doi  "Doi \(identifier\)") :  10.1121/1.2994724  .