Abstract Collin and Lavandier [J. Acoust. Soc. Am. 134, 1146–1159 (2013)] proposed a
binaural model predicting speech intelligibility against envelope-modulated noises …

Differences in interaural phase configuration between a target and a masker can lead to
substantial binaural unmasking. This effect is decreased for masking noises with an …

The auditory system uses interaural time and level differences (ITD and ILD) as cues to
localize and lateralize sounds. The availability of ITDs and ILDs in the auditory system is …

Thresholds for sinusoids interaurally in phase (S 0) and antiphase (S π) were measured in
the presence of a diotic notched-noise masker (N 0) as a function of notch width. The signal …

Humans are able to detect an instantaneous change in correlation, demonstrating an ability
to temporally process extremely rapid changes in interaural configurations. This temporal …

Differences between the interaural phase of a noise and a target tone improve detection
thresholds. The maximum masking release is obtained for detecting an antiphasic tone (Sp) …

Several behavioural studies in humans have shown that listening to sounds with two ears
that is binaural hearing, provides the human auditory system with extra information on the …

Binaural hearing, or the benefit from listening with two ears, contributes to spatial hearing,
helping to perceptually segregate competing sound sources. This facilitates navigation …

Binaural masking level differences (BMLDs) are improvements in the masked detection
thresholds of sounds that require binaural listening and are not attributable to improvements …

Thresholds for an antiphasic 500-Hz sinusoid (S π) were measured in the presence of a
notched-noise masker for three different interaural masker correlations:− 1 (N π), 1 (N 0) …