Objective: The aim of this study was to assess the benefit of having preserved acoustic
hearing in the implanted ear for speech recognition in complex listening environments …

Objective intelligibility measurement allows for reliable, low-cost, and repeatable
assessment of innovative speech processing technologies, thus dispensing costly and time …

Cochlear implant users report difficulty understanding speech in both noisy and reverberant
environments. Electric-acoustic stimulation (EAS) is known to improve speech intelligibility in …

This study validates a novel approach to predict speech intelligibility for Cochlear Implant
users (CIs) in reverberant environments. More specifically, we explore the use of existing …

In this paper, we evaluate the performance of six intrusive objective measures as
intelligibility predictors of degraded speech for cochlear implant (CI) users. Three practical …

In this work, we propose a speech intelligibility metric tailored for CI users, termed SRMR-CI.
This metric is based on the speech-to-reverberation modulation energy (SRMR) measure …

Zusammenfassung Hintergrund Ein wichtiger Parameter zur Charakterisierung der
akustischen Qualität geschlossener Räume ist der Nachhall. Der Einfluss von Nachhall auf …

This paper describes a method for speech feature extraction using morphological signal
processing based on the so-called “slope transformation”. The proposed approach has been …

The complex mechanisms involved in axonal regeneration is result of the interaction of
neurons with other supporting cells, as well as paracrine and extracellular molecules …