This chapter reviews binaural models available to predict speech intelligibility for different
kinds of interference and in the presence of reverberation. A particular effort is made to …

This technical paper presents a series of speech intelligibility models that have been
developed since the original version proposed by Lavandier and Culling [(2010). Journal of …

Speech reception thresholds (SRTs) for a target voice on the same virtual table were
measured in various restaurant simulations under conditions of masking by between one …

The binaural auditory system performs a number of astonishing functions, such as precise
localization of sound sources, analysis of auditory scenes, segregation of auditory streams …

When vision is unavailable, auditory level and reverberation cues provide important spatial
information regarding the environment, such as the size of a room. We investigated how …

A method (called binaural enhancement) for enhancing interaural level differences at low
frequencies, based on estimates of interaural time differences, was developed and …

This study compared the predictions of speech reception threshold (SRT) across conditions
involving spatially distributed speech and noise in a vehicle and in a room, obtained with …

In two experiments, spatial release from masking (SRM) was measured using an ambisonic
reproduction system for a range of different ambisonic orders. The first experiment used …

In this study, a novel assessment approach of in-vehicle speech intelligibility is presented
using psychometric curves. Speech recognition performance scores were modeled at an …

The two most important aspects in binaural speech perception—better-ear-listening and
spatial-release-from-masking—can be predicted well with current binaural modeling …