It’s been almost 50 years since Canadian musician Gordon Lightfoot released one of his biggest hits. “If you could read my mind” About lack of communication between husband and wife. I don’t know if he eventually succeeded in communicating, but at least the Massachusetts Institute of Technology scientists Communication between humans and robotsWhile human-machine communication interfaces have so far relied on operating systems and voice commands, MIT’s Computer Science and Artificial Intelligence Lab aims to do more with the electrical signals emitted by the human brain. I’m here.
For their experiments, they used a simulated airplane body with three screw holes that had to be screwed in by the robot. Rethink robotics, With the help of volunteers equipped with mind-reading EEG helmets and arm-mounted muscle sensors. A robot had to insert each screw in its proper place. Without human input, the robot was programmed to achieve her 70% success rate, but when a human collaborator intervened, it achieved 97% accuracy.
Basically, the sensors detected brain waves associated with the perception of process errors, so-called event-related potentials (ERPs). Collaborators then use signals captured by electromyographic (EMG) electrodes to move their arms in the correct direction. The biggest advantage of the system developed by Daniela Rus and her other researchers at MIT is that the human operator requires no training at all. Simply place the sensor on your body and the robot will automatically detect the stimulus. The trick is to adapt the machine to the signals transmitted by different users rather than vice versa.
This innovative technology offers numerous industrial applications both for its simple and intuitive process and the speed at which error messages are relayed to the robotic system.
robot care
of Communication between humans and robots It is important not only in industrial settings, but also in our own homes, especially when it comes to elderly care. The challenge of supporting people with aging and sometimes cognitive problems requires a multidisciplinary approach. Japan, one of the most advanced countries in the world when it comes to robotics research, has already taken steps to tackle the problem. By 2025, an estimated 7 million Japanese will be suffering from some form of dementia, underscoring the seriousness of the problem.
Due to a shortage of human caregivers, the Japanese government began pilot testing in 2013. Robotics in everyday life of the elderly. The first project enlisted the help of her 1,000 robots of 17 different types to meet different needs. Some people just fight loneliness, while others focus on grooming and grooming and promoting an active life. His 34% of users say that their living conditions have improved in some way.
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