HUMAN MACHINE INTERFACE FOR HAND PROSTHESIS BASED ON COMPUTER VISION AND ELECTROMYOGRAPHY | Zendy

Akari Ishikawa | Zendy; Eric Rohmer | Zendy; Dandara Thamilys Guedes de Andrade | Zendy; Amparo Muñoz | Zendy

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HUMAN MACHINE INTERFACE FOR HAND PROSTHESIS BASED ON COMPUTER VISION AND ELECTROMYOGRAPHY

Author(s) -

Akari Ishikawa,

Eric Rohmer,

Dandara Thamilys Guedes de Andrade,

Amparo Muñoz

Publication year - 2017

Publication title -

anais do congresso de iniciação científica da unicamp

Language(s) - English

Resource type - Conference proceedings

ISSN - 2447-5114

DOI - 10.19146/pibic-2017-79225

Subject(s) - electromyography , computer science , interface (matter) , computer vision , artificial intelligence , human–computer interaction , physical medicine and rehabilitation , medicine , operating system , bubble , maximum bubble pressure method

Controlling the upper limb prosthesis using muscular contractions requires the amputees intense and long period training, where frustration can lead to abandonment of the device. In this project we are proposing a Human Machine Interface (HMI) not only focused on muscular activity reading but in an innovative solution, based on computer vision. With a camera attached to the prosthesis, we desined a system that identifies objects, and suggests interactions based on the user's preferences.

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