The estimation of the time-and frequency-dependent coherent-to-diffuse power ratio (CDR)
from the measured spatial coherence between two omnidirectional microphones is …

For many years, clinicians have understood the advantages of listening with two ears
compared with one. In addition to improved speech intelligibility in quiet, noisy, and …

Although sound source localization is a desirable technique in many communication
systems and intelligence applications, the distortion caused by diffuse noise or reverberation …

Objective: There is increasing demand in the hearing research community for the creation of
laboratory environments that better simulate challenging real-world listening environments …

Binaural sound source localization is an important technique for speech enhancement,
video conferencing, and human-robot interaction, etc. However, in realistic scenarios, the …

Reverberations are unavoidable in enclosures, resulting in reduced intelligibility for hearing
impaired and non-native listeners and even for the normal hearing listeners in noisy …

We investigate the estimation of the time-and frequency-dependent coherent-to-diffuse ratio
(CDR) from the measured spatial coherence between two omnidirectional microphones. We …

The binaural coherence-to-diffuse power ratio (CDR) estimate in reverberant environments
is essential in many speech enhancement algorithms applied within hear-through systems …

Fast-acting hearing-aid compression systems typically distort the auditory cues involved in
the spatial perception of sounds in rooms by enhancing low-level reverberant energy …

Most previously proposed dual-channel coherent-to-diffuse-ratio (CDR) estimators are
based on a free-field model. When used for binaural signals, eg, for dereverberation in …