A new system that allows a group of robots through the human mind control




Created a team of researchers working in the robotics lab orientated man and surveillance of the Arizona State University ASU a new system for managing a group of robots together by the capabilities of the human brain.

You can use the innovative new system at the University of Arizona to guide a group of small inexpensive robots to complete tasks assigned to them, so as not to affect the loss of one of the robots because the rest of the robots will follow up task.

Scientists continue to work to achieve new breakthroughs enable humans to control robots by brain capabilities, and new research is moving towards the knowledge of how to operate a full range of robots by the human mind.

Can the human race in the future to use their ideas to manage a team of robots that work together to achieve a specific objective, have been going to invest this innovation to perform a variety of tasks such as providing medical assistance to remote areas.

As this research can be employed to manage a group of robots in order to perform search and rescue operations in environments that are not accessible, such as disaster areas or to explore the unknown and remote underwater or in space environments.

The focus of the work of scientists on the optimum utilization of human interface control in order to increase operating efficiency and accuracy, and provides experimental model hat containing 128 electrode connected to a wired computer is connected.

Hat and recorded the electrical activity of the brain, and that activity is compiled by learning algorithms advanced to a command is sent wirelessly to the robots, robots and watching the user works on their perception of the mentally they perform different tasks, such as moving in a certain direction.

The biggest challenge is the continuation of the process of people focus more directly on the robots, so that should not be preoccupied with the human brain in any other matter. Otherwise, the system stops and does not work.

The working team of researchers at Arizona State University is also to ensure that the process of translating the brain activity are accurate and repeatable, which was not easy, as the brain recordings varying in time and very sensitive to the exact location electrodes.

The team worked to address this challenge, even in cases involving different time brain signals through the development of advanced learning algorithms, which adapts to changes in the recordings in real time.

Scientists pointed out that despite the fact that this research is still in its early stages, but we will see this kind of human control possibilities range from robots to perform and complete the tasks in the next ten years.


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