Visually impaired musicians and learners are forced to read braille music, memorise a phrase, and practice that, making it difficult and time consuming to them. Our solution is to bridge the gap by creating a solution that would enable visually impaired musicians to feel the notes, thereby saving their time and reducing their dependency on memory.
Thue musical notes are converted into Braille notes and sent to 6 vibrating modules on a device mimicking the Braille notation. The wearable is placed on the user’s arm where they get the Braille notes in real time to play the instrument without having to memorise it from the sheet.
Visually impaired musicians and learners are forced to read braille music, memorise a phrase, and practice that, making it difficult and time consuming to them. Our solution is to bridge the gap by creating a solution that would enable visually impaired musicians to feel the notes, thereby saving their time and reducing their dependency on memory.
Thue musical notes are converted into Braille notes and sent to 6 vibrating modules on a device mimicking the Braille notation. The wearable is placed on the user’s arm where they get the Braille notes in real time to play the instrument without having to memorise it from the sheet.
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