| Titre : | Seminars in hearing, Vol. 42, n°3 - August 2021 - Hearing Aid Technology to Improve Speech Intelligibility in Noise |
| Type de document : | Bulletin : Périodique |
| Paru le : | 01/08/2021 |
| Année de publication : | 2021 |
| Langues: | Français |
| Disponible en ligne : | Oui |
| En ligne : | https://login.ezproxy.vinci.be/login?url=https://www.thieme-connect.com/products/ejournals/issue/10.1055/s-011-51957 |
Dépouillements
Article
Understanding speech in noise is difficult for individuals with normal hearing and is even more so for individuals with hearing loss. Difficulty understanding speech in noise is one of the primary reasons people seek hearing assistance. Despite [...]
Article
Donald Hayes, Auteur
|
There are two parts to this article. The first is a general overview of how hearing aid classification works, including a comparison study of normal-hearing listeners and multiple manufacturers' hearing aids while listening to a sound parkour co[...]
Article
Peter Derleth, Auteur ;
Eleftheria Georganti, Auteur ;
Matthias Latzel, Auteur ;
Gilles Courtois, Auteur ;
Markus Hofbauer, Auteur ;
Juliane Raether, Auteur ;
Volker Kuehnel, Auteur
|
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 reverberant environments, binaural versus monaural listening improves per[...]
Article
Charlotte T. Jespersen, Auteur ;
Brent C. Kirkwood, Auteur ;
Jennifer Groth, Auteur
|
Directionality is the only hearing aid technology — in addition to amplification — proven to help hearing aid users hear better in noise. Hearing aid directionality has been documented to improve speech intelligibility in multiple laboratory stu[...]
Article
Eric Branda, Auteur ;
Tobias Wurzbacher, Auteur
|
A requirement for modern hearing aids is to evaluate a listening environment for the user and automatically apply appropriate gain and feature settings for optimal hearing in that listening environment. This has been predominantly achieved by th[...]
Article
Petri Korhonen, Auteur
|
Many hearing aid users are negatively impacted by wind noise when spending time outdoors. Turbulent airflow around hearing aid microphones caused by the obstruction of wind can result in noise that is not only perceived as annoying but may also [...]
Article
Asger Heidemann Andersen, Auteur ;
Sébastien Santurette, Auteur ;
Michael Syskind Pedersen, Auteur ;
Emina Alickovic, Auteur ;
Lorenz Fiedler, Auteur ;
Jesper Jensen, Auteur ;
Thomas Behrens, Auteur
|
Hearing aids continue to acquire increasingly sophisticated sound-processing features beyond basic amplification. On the one hand, these have the potential to add user benefit and allow for personalization. On the other hand, if such features ar[...]
Article
Laura Winther Balling, Auteur ;
Lasse Lohilahti Molgaard, Auteur ;
Oliver Townend, Auteur ;
Jens Brehm Bagger Nielsen, Auteur
|
Hearing aid gain and signal processing are based on assumptions about the average user in the average listening environment, but problems may arise when the individual hearing aid user differs from these assumptions in general or specific ways. [...]
Article
David A. Fabry, Auteur ;
Achintya Bhowmik, Auteur
|
This article details ways that machine learning and artificial intelligence technologies are being integrated in modern hearing aids to improve speech understanding in background noise and provide a gateway to overall health and wellness. Discus[...]
Exemplaires (1)
| Cote | Support | Localisation | Section | Disponibilité |
|---|---|---|---|---|
| Seminars in hearing. Vol. 42, n°3 (August 2021) | Périodique papier | Ixelles | Rez | Consultation sur place uniquement Exclu du prêt |
