Want China Times, Staff Reporter 2015-04-20
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Researchers from National University of Defense Technology test the brain-controlled robot. (Photo/CCTV) |
A Chinese
research team has developed a robot whose movements can be controlled by the
human brain, reports the Chinese-language Changsha Evening News.
The
award-winning team of researchers at the National University of Defense
Technology in Changsha, the capital of south-central China's Hunan province,
recently tested the self-made brain-controlled robot, which was able to move
forward and backwards and make flexible turns with its body through brainwaves
sent from an electrode cap worn by the controller.
According
to Jiang Jun, a doctoral student on the team, the cap strengthens weak
brainwaves before sending them back to their computers, which effectively reads
the mind of the controller from the brainwave signals.
"The
computer will turn human thoughts into control instructions and send them back
to the robot through wireless facility so that we can control it to finish the
movements, including moving forward and turning left and right," he said.
The
experiment has been compared to the technology in the 2009 film Avatar, in
which a paraplegic marine was able to control an alien avatar body with his
brain.
It is hoped
that the breakthrough will eventually allow people to drive cars without using
their hands and for handicapped people to control their wheelchairs with just
their minds. It could also make daily life more convenient by enabling people
to open doors and operate kitchen appliances without physical interaction.
"We
have combined human and cars through a brain-machine interface. On the one
hand, we want to develop the preciseness of computer driving. On the other, we
want to include human intelligence," said Liu Yadong, an associate professor
at the university, who added that brain-controlled weapons and vehicles could
one day be used in war.
China will
continue to explore the power of the brain in the future after the "China
Brain Project" received approval from the State Council. The project's
three main aims are to learn how to better understand, protect and simulate the
brain.
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