2018 |
Volume 11 |
Issue Issue 1
Artificial Intelligence in Prosthesis
1.
Avinash Aslekar
– Assoc. Prof., Symbiosis Inst. of Telecom Mgt., Constituent of Symbiosis International, Maharashtra
2.
Samaya Pillai
– Assoc. Prof., Symbiosis Inst. of Telecom Mgt., Constituent of Symbiosis International, Maharashtra
3.
Vikas Kumar
– Assoc. Prof., Symbiosis Inst. of Telecom Mgt., Constituent of Symbiosis International, Maharashtra
4.
Akshay Borde
– Assoc. Prof., Symbiosis Inst. of Telecom Mgt., Constituent of Symbiosis International, Maharashtra
Received
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|
Accepted
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|
Published
27-Aug-2018
|
Abstract
Artificial Intelligence is the capacity for learning, reasoning, and understanding and makes the usefulness of the data available.
The evolution of the small powerful computing platforms has opened many opportunities for the world of Prosthetics. This allows
for more complex methods to be used to interpret the input from various sensors to build an image of the environment in which
the prosthetic device is supposed to function. Not only is it possible to use mechanical sensors as input into such systems, but
it is also possible to augment the control of mechanical actuators through the filtering of neural signals. The main outline of this
paper is to show the importance of including AI in the procedures to plan Electromyography based model prosthetic arm, such
that can emulate the activities like a genuine human arm. Current prosthetic gadgets have restricted usefulness and are taken a
toll restrictive. Outlining a financially savvy prosthetic human hand is the significant concentration of this paper. This examination
will fill in as a stage for future prosthesis advancement endeavors.
Keywords Artificial Intelligence, Prosthetics, Amputee, Electromyography
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