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Neuronics (Artificial Neural Networks)
study and implementation of an intelligent microphone for hearing impaired people
keywords A.I., HEARING DEVICES, BONES TRANDUCERS
Reference persons EROS GIAN ALESSANDRO PASERO, VINCENZO RANDAZZO
Research Groups Neuronics (Artificial Neural Networks)
Thesis type EXPERIMENTAL - DEVELOPMENT
Description Remote microphones are designed to enhance the hearing experience of individuals using hearing aids, particularly in noisy and complex listening environments. These innovative devices capture sound directly from the source and transmit it to your hearing aids, ensuring clear and focused audio. Whether you’re in a bustling restaurant, a busy office, or the gym, remote microphones help you concentrate on the conversation at hand, significantly reducing background noise and improving speech understanding. Today commercial devices are very expensive but not efficient. They need to be inserted inside the ear and are not able to separate sounds in different noisy environments. This thesis wants to use glasses arms or bone conduction headphones as sound tranducers, a Bluetooth microphone and a neural microcontroller to implement an efficient equalizer to separate sounds.
Required skills Artificial Neural Networks, microcontrollers
Deadline 16/07/2025
PROPONI LA TUA CANDIDATURA