American engineers have learned to control the drone hand muscles

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2020-04-30 21:40:09

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American engineers have learned to control the drone hand muscles

Over the past few years, the drones have become part of modern technological life. It's no longer just entertainment: drones are widely used in the military sector, for delivery of goods, people organize competitions (racing) on them. By the way, drones have become one of the most effective ways to monitor patients with coronavirus and people quarantined in Singapore and other most developed cities of the world. In most cases the management of these devices is carried out using the sticks on the remote control, however, engineers from the United States was able to configure the drone to respond to the contraction of the muscles in the human hand.

control of the drone with gestures

Researchers from Massachusetts Institute of technology (MIT) , which reads hand movements and muscle activity, and then converts the received data into commands for the drone. For example, if the person wearing the bracelet will make the movement of the brush to the right, the drone will repeat it for him and turn right. When moving up — the drone will gain altitude, and so on.

To do this, scientists placed electrode on the forearm bracelet and secured over the biceps and triceps two pairs of electrodes. The bracelet measures the muscle activity in the area of the forearm and the electrodes are — the muscles that are located just above. Therefore, the device covers almost all the muscles of the hands. During movement the muscle cells of an electric potential which became the basis of a new type of control drone. Let's see how it works.

You can Control the drone using four types of gestures. The rotation of the fist allows you to move the drone up, down, left or right, respectively. To move forward, the operator must simply make a fist to stay — squeeze the muscles in the shoulder area. In addition, the drone is capable of rotating around the vertical axis, simply by rotating the fist (as in morning exercises). The researchers argue that the main advantage of their solution is that a bracelet and a set of electrodes does not need to be calibrated every time the person wants to control the drone in this way. That is, even I or you can put it, and the system will still correctly recognize all the movements of the muscles. During the test, engineers made more than 1,500 gestures — the accuracy of their recognition the drone was 82%.

Can be known of neural networks, there has not been

Actually this is not the first attempt of scientists to control the drones with gestures. Relevant developments are even large manufacturers quadrocopters (same DJI) — the drone is able to fly for the owner and even to understand his movements, however, all these systems are camera-based. In the dark or at long distance to use this method of control is simply impossible. Another thing — devices for tracking movements of the hands, which are able to track the gestures on the readings of accelerometer and gyroscope. But they have a strong bias if, for example, people will make a few moves in a row. In the case of American engineers of MIT, the error is minimal, and the drone can operate even in complete darkness. However, the maximum distance work, scientists did not disclose. Follow us on to find out the first news about such projects.

Where you can use a drone

Why? For example, and has decided to use a drone. The officer can in a few seconds to place on your arm like a bracelet, launch the drone and control it not with the remote, and the muscles of his hand. When Hiking chases this theme will definitely come in handy. And it would be even cooler if the police had a device like Glass, where he could trace the picture with a camera drone.

Actually, you know what all this reminded me of? Device ThalmicLabs Magic Myo, it's a few years ago . The whole inner side of this bracelet is composed of links connected by elastic fastenings, coated with a special contact plates, which are responsible for the detection of electrical impulses generated by the contraction of the muscles of the hand. It can be used to control the computer (instead of a mouse) and even a phone (although I do not see the sense in this), but drones Thalmic Myo to tame and could not.

Interesting cars too, so they are able to manage?

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