A wearable silent speech processing system showed promise for restoring fluency and expression for individuals with speech problems resulting from stroke, according to data published in Nature ...

A wearable AI neck device translates silent throat vibrations into fluent speech, improving communication and satisfaction ...

An electronic choker is allowing stroke patients to speak again by picking up tiny vibrations from their throat muscles.

Researchers have developed a wearable, comfortable and washable device called Revoice that could help people regain the ...

A new AI wearable called Revoice helps stroke survivors communicate clearly again without brain implants. Here’s how it works ...

Stroke patients have got their voice back thanks to AI technology. Cambridge University researchers developed the wearable, ...

Speech impairment, known as dysarthria, is a very common consequence of strokes, affecting nearly half of all survivors. A ...

Dysarthria is a collective term for a group of speech disorders that occur as a result of muscle weakness. People with dysarthria have neurological damage that weakens the muscles necessary for speech ...

Aphasia and dysarthria both occur due to damage in the brain, but while aphasia causes difficulty in expressing and understanding speech, dysarthria causes difficulty controlling muscles necessary for ...

Every time we speak, our brains have to meticulously coordinate the movements of some 100 muscles in the face, mouth, tongue, lips, and vocal cords. Those muscles then have to fire almost ...