This Telepresence Robot Lets the Disabled Use Their Minds to Move
Rahul Kalvapalle — December 4, 2015 — Tech
References: actu.epfl.ch & engadget
A group of Swiss researchers have developed a high-tech telepresence robot that is capable of helping people suffering from motor disabilities travel through the physical world.
Brain-controlled robots aren't entirely new, and they have indeed already been used to help people with disabilities to gain some semblance of mobility. But what's unique about this particular robot is that it allows mobility even in seemingly unpractical situations. It makes use of semi-autonomous software that removes the amount of pressure put on the user in terms of having to control the robot. All they have to do is wear an EEG cap and imagine their movements.
This telepresence robot could go a long way towards easing the suffering of people with motor disabilities, which would enable them to feel fully welcome in day to day life.
Brain-controlled robots aren't entirely new, and they have indeed already been used to help people with disabilities to gain some semblance of mobility. But what's unique about this particular robot is that it allows mobility even in seemingly unpractical situations. It makes use of semi-autonomous software that removes the amount of pressure put on the user in terms of having to control the robot. All they have to do is wear an EEG cap and imagine their movements.
This telepresence robot could go a long way towards easing the suffering of people with motor disabilities, which would enable them to feel fully welcome in day to day life.
Trend Themes
1. Brain-controlled Robots - The use of brain-computer interfaces to control robots presents opportunities in the healthcare and rehabilitation industries.
2. Semi-autonomous Robotics - Developing robots with semi-autonomous software can lead to improved mobility for people with disabilities, creating opportunities in the healthcare and assistive technology industries.
3. Telepresence Robotics - The development of telepresence robots that can be controlled via brain-computer interfaces has the potential to transform the way people with motor disabilities interact with the physical world, creating opportunities in the healthcare and telepresence industries.
Industry Implications
1. Healthcare - The application of brain-computer interfaces and semi-autonomous robotics in healthcare can revolutionize the way patients with motor disabilities are treated, offering opportunities for healthcare providers and medical device companies.
2. Rehabilitation - The use of brain-controlled and semi-autonomous robots in rehabilitation has the potential to improve mobility and quality of life for people with disabilities, creating opportunities for rehabilitation centers and medical device manufacturers.
3. Assistive Technology - The development of brain-controlled and semi-autonomous robots for people with disabilities creates opportunities in the assistive technology industry, with potential for partnerships with healthcare providers and rehabilitation centers.
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