Evaluation of a new VR-based hearing device fine-tuning procedure

A new virtual reality-based fine-tuning procedure has been developed for hearing devices, which has the potential to improve the hearing device fit in various real-world scenarios, as suggested by preliminary results from a small study involving cochlear-implant users.

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Recovering speech intelligibility for cochlear implants in noisy and reverberant situations using multi-microphone deep learning algorithms

Coping with noise and reverberation using multi-channel speech enhancement DNN algorithms for cochlear implants

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Read more about the article Neural tracking of linguistic information as a measure of speech understanding in noise
Average thresholds for amplitude modulation detection task (N = 11) at different modulation rates (left: 16 Hz, middle: 32 Hz, right: 64 Hz). Carrier frequency: 500 Hz.

Neural tracking of linguistic information as a measure of speech understanding in noise

Neural tracking of linguistic information embedded in connected speech provides a brain marker of speech understanding.

Continue ReadingNeural tracking of linguistic information as a measure of speech understanding in noise