Sanchez et al., 1 1 2 Title: Development of glutamatergic synaptic transmission in binaural auditory neurons 3 4 Authors: Jason Tait Sanchez , Yuan Wang , Edwin W Rubel , and Andres Barria 3 5 6 Affiliation: Virginia Merrill Bloedel Hearing Research Center. Department of Otolaryngology 7 – Head and Neck Surgery. Department of Physiology and Biophysics. University of 8 Washington. Seattle, WA 9 ...

For headphone-based spatial auditory display systems, binaural synthesis of sound localization cues typically use source reproduction level as the primary control for source range. This approach can be quite effective when indirect sound is simulated in order to externalize virtual sources within a small virtual acoustic environment. A computationally efficient simulation solution is described ...

In this paper, we compare the performance of using binaural audio features in place of single channel features for sound event detection. Three different binaural features are studied and evaluated on the publicly available TUT Sound Events 2017 dataset of length 70 minutes. Sound event detection is performed separately with single channel and binaural features using stacked convolutional and r...

12 Binaural localization cues 269 13 Sound location: monaural cues and spectral cues for elevation 301 14 Physiological correlates of the precedence effect and binaural masking level differences 331

An efficient two-stage algorithm for binaural cue preserving speech dereverberation by spectral weighting is presented. The first stage reduces late reverberant speech components where the second stage aims at a suppression of non-coherent early and remaining late reverberant speech components. The proposed system is based on the binaural speech dereverberation algorithm of Jeub et al. [3]. In ...

In part I, a concept of ratio estimation is defined and it is shown that if such estimates depend only upon the physical ratio of the signal to the reference signal, the psychophysical function must be a power function. Assuming the same exponents for each component, an invariance condition, equivalent to a sum of power functions, is studied empirically for binaural loudness. It is fully or par...

In this study we describe a binaural auditory model for recognition of speech in the presence of spatially separated noise intrusions, under small-room reverberation conditions. The principle underlying the model is to identify time–frequency regions which constitute reliable evidence of the speech signal. This is achieved both by determining the spatial location of the speech source, and by gr...

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This study describes a binaural machine hearing system that is capable of performing auditory stream segregation in scenarios where multiple sound sources are present. The process of stream segregation refers to the capability of human listeners to group acoustic signals into sets of distinct auditory streams, corresponding to individual sound sources. The proposed computational framework mimic...

Visual spatial information is projected from the retina to the brain in a highly topographic fashion, so that 2-D visual space is represented in a simple retinotopic map. Auditory spatial information, by contrast, has to be computed from binaural time and intensity differences as well as from monaural spectral cues produced by the head and ears. Evaluation of these cues in the central nervous s...