\newcommand{\joris}[1]{}
\begin{thebibliography}{40}
\expandafter\ifx\csname natexlab\endcsname\relax\def\natexlab#1{#1}\fi
\expandafter\ifx\csname url\endcsname\relax
  \def\url#1{\texttt{#1}}\fi
\expandafter\ifx\csname urlprefix\endcsname\relax\def\urlprefix{URL }\fi

\bibitem[{Bouse et~al.(2019)Bouse, Vencovsk{\'y}, Rund, and
  Marsalek}]{Bouse2019}
Bouse, J., Vencovsk{\'y}, V., Rund, F., Marsalek, P., 2019. Functional
  rate-code models of the auditory brainstem for predicting lateralization and
  discrimination data of human binaural perception. J. Acoust. Soc. Am.
  145~(1), 1--15.

\bibitem[{Bures(2012)}]{Bures2012}
Bures, Z., 2012. The stochastic properties of input spike trains control
  neuronal arithmetic. Biol. Cybern. 106~(2), 111--122.

\bibitem[{Bures(2014)}]{Bures2014}
Bures, Z., 2014. Internal representation and processing of acoustic stimuli in
  the nervous system. VUTIUM, Brno, Czech Republic, pp. 1--22{, H}abilitation
  thesis, ISSN 1213-418X.

\bibitem[{Bures and Marsalek(2013)}]{Bures2013}
Bures, Z., Marsalek, P., 2013. On the precision of neural computation with the
  interaural level difference in the lateral superior olive. Brain Res. 1536,
  111--122.

\bibitem[{Bures and Marsalek(2019)}]{Bures2019}
Bures, Z., Marsalek, P., 2019. Discrimination of sound intensity at low
  frequencies: {m}odels and psychophysics. Biosystems, {\it submitted,} pages
  1-15.

\bibitem[{Cariani(2011)}]{Cariani2011}
Cariani, P., 2011. {J}effress model. Scholarpedia 6~(7), 2920.

\bibitem[{Franken et~al.(2014)Franken, Bremen, and Joris}]{Franken2014}
Franken, T.~P., Bremen, P., Joris, P.~X., 2014. Coincidence detection in the
  medial superior olive: {m}echanistic implications of an analysis of input
  spiking patterns. Front. Neural Circuits 8~(42), 1--21.

\bibitem[{Goldberg and Brown(1969)}]{Goldberg1969}
Goldberg, J.~M., Brown, P.~B., 1969. Response of binaural neurons of dog
  superior olivary complex to dichotic tonal stimuli: {s}ome physiological
  mechanisms of sound localization. J. Neurophysiol. 32~(4), 613--636.

\bibitem[{Grothe et~al.(2010)Grothe, Pecka, and McAlpine}]{Grothe2010}
Grothe, B., Pecka, M., McAlpine, D., 2010. Mechanisms of sound localization in
  mammals. Physiol. Rev. 90~(3), 983--1012.

\bibitem[{Jeffress et~al.(1962)Jeffress, Blodgett, and
  Deatherage}]{Jeffress1962}
Jeffress, L.~A., Blodgett, H.~C., Deatherage, B.~H., 1962. Effect of interaural
  correlation on the precision of centering a noise. J. Acoust. Soc. Am.
  34~(8), 1122--1123.

\bibitem[{Joris et~al.(2006)Joris, Van~de Sande, Louage, and van~der
  Heijden}]{Joris2006}
Joris, P.~X., Van~de Sande, B., Louage, D.~H., van~der Heijden, M., 2006.
  Binaural and cochlear disparities. Proc. Natl. Acad. Sci. USA 103~(34),
  12917--12922.

\bibitem[{\joris{1}Joris and Yin(1995)}]{Joris1995}
\joris{1}Joris, P.~X., Yin, T.~C., 1995. Envelope coding in the lateral
  superior olive. {I.}{ S}ensitivity to interaural time differences. J.
  Neurophysiol. 73~(3), 1043--1062.

\bibitem[{\joris{2}Joris(1996)}]{Joris1996}
\joris{2}Joris, P.~X., 1996. Envelope coding in the lateral superior olive.
  {II.}{ C}haracteristic delays and comparison with the responses in the medial
  superior olive. J. Neurophysiol. 76~(4), 2137--2156.

\bibitem[{\joris{3}Joris and Yin(1998)}]{Joris1998_envelope}
\joris{3}Joris, P.~X., Yin, T.~C., 1998. Envelope coding in the lateral
  superior olive. {III.}{ C}omparison with afferent pathways. J. Neurophysiol.
  79~(1), 253--69.

\bibitem[{Kerber and Seeber(2012)}]{Kerber2012}
Kerber, S., Seeber, B.~U., 2012. Sound localization in noise by normal-hearing
  listeners and cochlear implant users. Ear Hear. 33~(4), 445--457.

\bibitem[{Kopco et~al.(2012)Kopco, Huang, Belliveau, Raij, Tengshe, and
  Ahveninen}]{Kopco2012}
Kopco, N., Huang, S., Belliveau, J.~W., Raij, T., Tengshe, C., Ahveninen, J.,
  2012. Neuronal representations of distance in human auditory cortex. Proc.
  Natl. Acad. Sci. USA 109~(27), 11019--11024.

\bibitem[{Kostal and Marsalek(2010)}]{Kostal2010}
Kostal, L., Marsalek, P., 2010. Neuronal jitter: {c}an we measure the spike
  timing dispersion differently? Chinese J. Physiol. 53~(6), 454--464.

\bibitem[{Koutsou et~al.(2012)Koutsou, Christodoulou, Bugmann, and
  Kanev}]{Koutsou2012}
Koutsou, A., Christodoulou, C., Bugmann, G., Kanev, J., 2012. Distinguishing
  the causes of firing with the membrane potential slope. Neural Comput.
  24~(9), 2318--2345.

\bibitem[{Krips and Furst(2009)}]{Krips2009}
Krips, R., Furst, M., 2009. Stochastic properties of auditory brainstem
  coincidence detectors in binaural perception. J. Acoust. Soc. Am. 125~(3),
  1567--1583.

\bibitem[{Laback and Majdak(2008)}]{Laback2008}
Laback, B., Majdak, P., 2008. Binaural jitter improves interaural
  time-difference sensitivity of cochlear implantees at high pulse rates. Proc.
  Natl. Acad. Sci. USA 105~(2), 814--817.

\bibitem[{Marsalek(2000)}]{Marsalek2000}
Marsalek, P., 2000. Coincidence detection in the {H}odgkin-{H}uxley equations.
  Biosystems 58~(1-3), 83--91.

\bibitem[{Marsalek(2001)}]{Marsalek2001}
Marsalek, P., 2001. Neural code for sound localization at low frequencies.
  Neurocomputing 38-40~(1-4), 1443--1452.

\bibitem[{Marsalek and Kofranek(2004)}]{Marsalek2004}
Marsalek, P., Kofranek, J., 2004. Sound localization at high frequencies and
  across the frequency range. Neurocomputing 58-60, 999--1006.

\bibitem[{Marsalek and Kofranek(2005)}]{Marsalek2005_Kofranek}
Marsalek, P., Kofranek, J., 2005. Spike encoding mechanisms in the sound
  localization pathway. Biosystems 79~(1-3), 191--8.

\bibitem[{Marsalek and Lansky(2005)}]{Marsalek2005}
Marsalek, P., Lansky, P., 2005. Proposed mechanisms for coincidence detection
  in the auditory brainstem. Biol. Cybern. 92~(6), 445--451.

\bibitem[{Michelet et~al.(2012)Michelet, Kovacic, and Joris}]{Michelet2012}
Michelet, P., Kovacic, D., Joris, P.~X., 2012. Ongoing temporal coding of a
  stochastic stimulus as a function of intensity: {t}ime-intensity trading. J.
  Neurosci. 32~(28), 9517--9527.

\bibitem[{Mills(1958)}]{Mills1958}
Mills, A.~W., 1958. On the minimum audible angle. J. Acoust. Soc. Am. 30~(4),
  237--246.

\bibitem[{M{l}ynarski and Jost(2014)}]{Mlynarski2014}
M{l}ynarski, W., Jost, J., 2014. Statistics of natural binaural sounds. PloS
  One 9~(10), e108968.

\bibitem[{Reed et~al.(2002)Reed, Blum, and Mitchell}]{Reed2002}
Reed, M.~C., Blum, J.~J., Mitchell, C.~C., 2002. Precision of neural timing:
  {e}ffects of convergence and time-windowing. J. Comput. Neurosci. 13~(1),
  35--47.

\bibitem[{Sanda and Marsalek(2012)}]{Sanda2012}
Sanda, P., Marsalek, P., 2012. Stochastic interpolation model of the medial
  superior olive neural circuit. Brain Res. 1434, 257--265.

\bibitem[{Silver(2010)}]{Silver2010}
Silver, R.~A., 2010. Neuronal arithmetic. Nat. Rev. Neurosci. 11~(7), 474--489.

\bibitem[{Simmons et~al.(1998)Simmons, Ferragamo, and Moss}]{Simmons1998}
Simmons, J.~A., Ferragamo, M.~J., Moss, C.~F., 1998. Echo-delay resolution in
  sonar images of the big brown bat, \textit{{E}ptesicus fuscus}. Proc. Natl.
  Acad. Sci. USA 95~(21), 12647--12652.

\bibitem[{Smith et~al.(1991)Smith, Joris, Carney, and Yin}]{Smith1991}
Smith, P.~H., Joris, P.~X., Carney, L.~H., Yin, T.~C., 1991. Projections of
  physiologically characterized globular bushy cell axons from the cochlear
  nucleus of the cat. J. Comp. Neurol. 304~(3), 387--407.

\bibitem[{Smith et~al.(1993)Smith, Joris, and Yin}]{Smith1993}
Smith, P.~H., Joris, P.~X., Yin, T. C.~T., 1993. Projections of physiologically
  characterized spherical bushy cell axons from the cochlear nucleus of the
  cat: {e}vidence for delay lines to the medial superior olive. J. Comp.
  Neurol. 331~(2), 245--260.

\bibitem[{Srinivasan et~al.(2018)Srinivasan, Laback, Majdak, and
  Delgutte}]{Srinivasan2018}
Srinivasan, S., Laback, B., Majdak, P., Delgutte, B., 2018. Introducing short
  interpulse intervals in high-rate pulse trains enhances binaural timing
  sensitivity in electric hearing. J. Assoc. Res. Otolaryngol. 19~(3),
  301--315.

\bibitem[{Toth and Marsalek(2015)}]{Toth2015}
Toth, P.~G., Marsalek, P., 2015. Analytical description of coincidence
  detection synaptic mechanisms in the auditory pathway. Biosystems 136,
  90--98.

\bibitem[{Toth et~al.(2018)Toth, Marsalek, and Pokora}]{Toth2018}
Toth, P.~G., Marsalek, P., Pokora, O., 2018. Ergodicity and parameter estimates
  in auditory neural circuits. Biol. Cybern. 112~(1-2), 41--55.

\bibitem[{Wu and Kelly(1992)}]{Wu1992}
Wu, S.~H., Kelly, J.~B., 1992. Synaptic pharmacology of the superior olivary
  complex studied in mouse brain slice. J. Neurosci. 12~(8), 3084--3097.

\bibitem[{Zhou et~al.(2005)Zhou, Carney, and Colburn}]{Zhou2005}
Zhou, Y., Carney, L.~H., Colburn, H.~S., 2005. A model for interaural time
  difference sensitivity in the medial superior olive: {i}nteraction of
  excitatory and inhibitory synaptic inputs, channel dynamics, and cellular
  morphology. J. Neurosci. 25~(12), 3046--3058.

\bibitem[{Zwislocki and Feldman(1956)}]{Zwislocki1956}
Zwislocki, J., Feldman, R., 1956. Just noticeable differences in dichotic
  phase. J. Acoust. Soc. Am. 28~(5), 860--864, {\bf Circa 34 + 5 + 1 = 40 is
  estimated references count.}

\end{thebibliography}
