Traditional hearing aids are limited by the absence of spatial selectivity. Superdirective microphone array can recover such limit, performing a spatial filtering to achieve an augmented SNR. We present Glassense, a platform hosting a double microphone array connected to a processing unit and mounted on the frame of common glasses. The platform has the potential of delivering binaural spatially selective audio inputs, allowing ecological pointing of acoustic sources through head motion. The designed microphone arrays exhibit a gain suitable to improve the speech reception threshold of hearing-impaired subjects, obtained on a lightweight and scalable hardware setu
Binaural technology is used to recreate realistic sound to the listener. How- ever, many signal proc...
Hearing-impaired listeners often have great difficulty understanding speech in situations with backg...
In binaural hearing aids, several beamforming algorithms can be used. These beamformers aim to enhan...
Partial hearing loss is a common condition: 360 Million people in the world suffer from disabling he...
Binaural hearing aids are configured to have a wireless transmission link between the left and the r...
Binaural beamforming using signals from both left and right hearing aids offers greater potential fo...
Little is known about the perception of artificial spatial hearing by hearing-impaired subjects. The...
The digital wireless microphone systems for hearing aids have been developed to provide a clean and ...
Remote microphone systems significantly improve speech intelligibly performance offered by hearing a...
Conventional hearing aids perform badly in environments with reverberation and noise. In this paper ...
Hearing aid users experience great difficulty in understanding speech in noisy environments. This ha...
Multi-microphone noise reduction schemes have become standard in commercial hearing aids and cochlea...
Objective: Binaural beamformers are super-directional hearing aids created by combining microphone o...
Normal-hearing persons can make use of two ears in daily listening, and this binaural hearing offers...
The paramount importance of good hearing in everyday life has driven an exploration into the improve...
Binaural technology is used to recreate realistic sound to the listener. How- ever, many signal proc...
Hearing-impaired listeners often have great difficulty understanding speech in situations with backg...
In binaural hearing aids, several beamforming algorithms can be used. These beamformers aim to enhan...
Partial hearing loss is a common condition: 360 Million people in the world suffer from disabling he...
Binaural hearing aids are configured to have a wireless transmission link between the left and the r...
Binaural beamforming using signals from both left and right hearing aids offers greater potential fo...
Little is known about the perception of artificial spatial hearing by hearing-impaired subjects. The...
The digital wireless microphone systems for hearing aids have been developed to provide a clean and ...
Remote microphone systems significantly improve speech intelligibly performance offered by hearing a...
Conventional hearing aids perform badly in environments with reverberation and noise. In this paper ...
Hearing aid users experience great difficulty in understanding speech in noisy environments. This ha...
Multi-microphone noise reduction schemes have become standard in commercial hearing aids and cochlea...
Objective: Binaural beamformers are super-directional hearing aids created by combining microphone o...
Normal-hearing persons can make use of two ears in daily listening, and this binaural hearing offers...
The paramount importance of good hearing in everyday life has driven an exploration into the improve...
Binaural technology is used to recreate realistic sound to the listener. How- ever, many signal proc...
Hearing-impaired listeners often have great difficulty understanding speech in situations with backg...
In binaural hearing aids, several beamforming algorithms can be used. These beamformers aim to enhan...