Brain-computer interface and voice-controlled 3D printed prosthetic hand
Current designs for 3D printed hand prosthetics are only capable of basic hand gestures given their fully mechanical structure. That said, the purpose of this thesis is to give users greater flexibility and control over 3D printed hand prosthetics by modifying and improving existing open-source pros...
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Archīum Ateneo
2017
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ph-ateneo-arc.ecce-faculty-pubs-10542020-08-12T06:37:36Z Brain-computer interface and voice-controlled 3D printed prosthetic hand Oppus, Carlos M Prado, Jesus Roselito R Escobar, Jocel C Mariñas, Juan Antonio G Reyes, Rosula SJ Current designs for 3D printed hand prosthetics are only capable of basic hand gestures given their fully mechanical structure. That said, the purpose of this thesis is to give users greater flexibility and control over 3D printed hand prosthetics by modifying and improving existing open-source prosthetics models. This will be accomplished by integrating two control modules with the 3D printed prosthetic hand - (a) a brain-computer interface, and (b) a voice recognition module - which will serve as its two primary modes of control. 2017-02-09T08:00:00Z text https://archium.ateneo.edu/ecce-faculty-pubs/55 https://ieeexplore.ieee.org/document/7848527 Electronics, Computer, and Communications Engineering Faculty Publications Archīum Ateneo Rocks Three-dimensional displays Prosthetics Headphones Electroencephalography Speech recognition Software Biomedical Electrical and Computer Engineering |
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Rocks Three-dimensional displays Prosthetics Headphones Electroencephalography Speech recognition Software Biomedical Electrical and Computer Engineering |
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Rocks Three-dimensional displays Prosthetics Headphones Electroencephalography Speech recognition Software Biomedical Electrical and Computer Engineering Oppus, Carlos M Prado, Jesus Roselito R Escobar, Jocel C Mariñas, Juan Antonio G Reyes, Rosula SJ Brain-computer interface and voice-controlled 3D printed prosthetic hand |
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Current designs for 3D printed hand prosthetics are only capable of basic hand gestures given their fully mechanical structure. That said, the purpose of this thesis is to give users greater flexibility and control over 3D printed hand prosthetics by modifying and improving existing open-source prosthetics models. This will be accomplished by integrating two control modules with the 3D printed prosthetic hand - (a) a brain-computer interface, and (b) a voice recognition module - which will serve as its two primary modes of control. |
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Oppus, Carlos M Prado, Jesus Roselito R Escobar, Jocel C Mariñas, Juan Antonio G Reyes, Rosula SJ |
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Oppus, Carlos M Prado, Jesus Roselito R Escobar, Jocel C Mariñas, Juan Antonio G Reyes, Rosula SJ |
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Oppus, Carlos M |
title |
Brain-computer interface and voice-controlled 3D printed prosthetic hand |
title_short |
Brain-computer interface and voice-controlled 3D printed prosthetic hand |
title_full |
Brain-computer interface and voice-controlled 3D printed prosthetic hand |
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Brain-computer interface and voice-controlled 3D printed prosthetic hand |
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Brain-computer interface and voice-controlled 3D printed prosthetic hand |
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brain-computer interface and voice-controlled 3d printed prosthetic hand |
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Archīum Ateneo |
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2017 |
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https://archium.ateneo.edu/ecce-faculty-pubs/55 https://ieeexplore.ieee.org/document/7848527 |
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