Introduction
As part of
ongoing efforts to improve the lives of people with physical disabilities,
researchers at the University of Utah announced a new medical innovation that
is revolutionizing the field of prosthetics. They developed a bionic hand
powered by artificial intelligence that gives amputees an automatic ability to
grasp objects. This innovation is a paradigm shift in the field of artificial
medicine, as it allows users to control prostheses easily and with high
accuracy, opening new horizons to improve their quality of life.
A revolution in prosthetics: a bionic hand powered by artificial intelligence
Commercial Bionic Hand Powered by Artificial Intelligence
Purpose of AI Powered Bionic Hand
The purpose of the bionic hand is to grasp
objects in an intuitive and natural way aimed at making it easier for those
with amputated limbs to play mentally, by training a
neural network on more than one grasp position so that each finger is able to
recognize objects independently and also move to the correct position
automatically.
How AI-Powered Bionic Hand Works
Researchers from the University of Utah
developed a commercial bionic hand made by TASKA prosthetics based on
artificial intelligence in which they integrated proximity and pressure sensors
and then trained an artificial neural network on several positions of grasp
while finding a delicate balance between human and machine control. Researchers
experimented with how an AI-supported bionic hand works on a group of
participants to perform everyday tasks such as lifting a cup and picking up
small objects using multiple grabbing patterns without the need for long
practice or training.
Thanks to this
new medical innovation, the future seems brighter for people with physical
disabilities, as they will be able to control their prostheses easily and with
high accuracy, which will allow them to carry out daily activities easily and
without restrictions. This innovation is also an example of how science and
technology can positively change our lives, and open new horizons to improve
the quality of life for all.
I
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