Neuronal oscillations are comprised of rhythmic fluctuations of excitability that are
synchronized in ensembles of neurons and thus function as temporal filters that dynamically …

Objectives: The ability of human listeners to identify consonants (presented as nonsense
syllables) on the basis of primarily temporal information was compared with the predictions …

This study investigates behavioural and objective measures of temporal auditory processing
and their relation to the ability to understand speech in noise. The experiments were carried …

In face-to-face speech communication, the listener extracts and integrates information from
the acoustic and optic speech signals. Integration occurs within the auditory modality (ie …

In this study, a fair comparison of human and machine speech recognition is established by
using the same paradigms for human speech recognition (HSR) and automatic speech …

Which acoustic cues are most important for understanding spoken language? Traditionally,
the speech signal has been described primarily in spectral terms (ie, the distribution of …

Résumé Nous présentons une série d'expériences dans lesquelles nous étudions l'impact
des niveaux de résolution spectrale et temporelle de signaux de parole vocodée par canaux …

This chapter explores the possibility that speech is decoded using cross-spectral and cross-
modal integration strategies that are inherently synergistic. Combining information from …

Le traitement de la parole est réparti entre les deux hémisphères avec une dominance
gauche pour la compréhension verbale et une latéralisation droite relative aux traitements …