In this paper, we propose a binaural source localization method based on interaural time
differences (ITDs) and interaural level differences (ILDs). The two cues, computed from a two …

Recent experiments investigating the acoustic cues that underlie distance perception for
nearby sources provide important insights into how distance cues can be incorporated into …

Spatial unmasking of speech has traditionally been studied with target and masker at the
same, relatively large distance. The present study investigated spatial unmasking for …

A method for creating a head-related impulse response (HRIR) for use in rendering audio for
playback through headphones comprises receiving location parameters for a sound …

Ephraim and Malah's (1984, 1985) MMSE-LSA speech enhancement algorithm, while
robust and effective, is difficult to tune and adjust for the tradeoff between noise reduction …

In binaural signals, interaural time differences (ITDs) and interaural level differences (ILDs)
are two of the most important cues for the estimation of source azimuths, ie the localization of …

In this paper, modeling and measuring the directivity characteristics of human speakers are
investigated. Using modern digital audio signal processing techniques, it is possible to …

A method of processing a single channel audio signal to provide an audio source signal
having left and right channels corresponding to a sound source at a given direction in space …

Extending the frontier of visual computing, sound rendering utilizes auditory display to
communicate information to a user and offers an alternative means of visualization. By …

Binaural sound source localization consists in estimating the position of a sound source with
respect to a single pair of stationary microphones. A possible implementation of binaural …