@inproceedings {Grosse1671_2016,
	year = {2016},
	author = {Grosse, Julian and van de Par, Steven and Trahiotis, Constantine},
	title = {Stimulus coherence influences sound-field localization and fusion/segregation of leading and lagging sounds},
	booktitle = {Proc. German Annual Conf. Acoust. (DAGA)},
	URL = {http://www.daga2016.de/fileadmin/uploads/2016.daga-tagung.de/Programm/DAGA16_Programm_online.pdf},
	abstract = {The ability to localize sound sources in reverberant environments is dependent
upon first-arriving information, an outcome commonly termed
”the precedence effect”. For example, in laboratory experiments, the
combination of a leading (direct) sound followed by a lagging (reflected)
sound is localized in the direction of the leading sound. This study
was designed to measure the degree to which the interaural coherence
of leading and lagging sounds, respectively, affected performance. The
coherence of leading or lagging sounds was varied by either presenting
a sound from a single loudspeaker or by presenting mutually uncorrelated
versions of sounds from 5 adjacent loudspeakers. The listener’s task
was to point to the perceived location of leading and lagging sources
of sounds which were 10-ms long, low-pass filtered white noises, or 2-
second long tokens of speech. The leading and lagging stimuli were
presented either from speakers located directly in front of them or from
speakers located +/- 45◦ to the right or left. The results indicate that leading
coherent sounds influence perceived location more so than do leading
incoherent sounds. This was true independent of whether sounds
were Gaußian noises or tokens of speech.}
}