Tech & Science: These tiny robots tackle tasks in groups, just like insects - - PressFrom - United Kingdom
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Tech & ScienceThese tiny robots tackle tasks in groups, just like insects

12:20  12 july  2019
12:20  12 july  2019 Source:   bgr.com

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Tiny swarming robots --called Kilobots--work together to tackle tasks in the lab, but what can they teach us How do you simultaneously control a thousand robots in a swarm? The question may seem like Now, engineers are programming these tiny independent robots to cooperate on group tasks .

The plans for building these robots is available on GitHub . You're viewing YouTube in Russian. You can change this preference below.

These tiny robots tackle tasks in groups, just like insects © Provided by Penske Media Corporation 1500×1000

On its own, a single ant can only accomplish so much, but you toss it into the mix with a couple hundred of its peers and suddenly the capabilities of the group are exponentially greater than the sum of its parts. Could the same be true of robots?

Some robotics researchers think so, and a team from Switzerland is already experimenting with an army of pint-sized bots that can take on complicated tasks as a group.

The robots, called simply “Tribots,” are tiny foldable, flexible machines that think and move as a group, solving problems that would normally take the power of a much larger robot.

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these tiny robots tackle tasks in much the same way animals or cells have for centuries. Add emergent behavior to pupils' vocabulary lists. Discuss animals and insects that act as swarms to Classroom Considerations. Video fits when studying animals in groups , robotics, programming

Please contact [email protected] if you have any questions about this request. A simulation of the RoboBee stabilized in hovering flight using a biologically-inspired spiking neural network, which learns to adapt to manufacturing irregularities in real time.

Each individual bot weighs a scant 10 grams, and they’re capable of traversing a variety of terrain thanks to their ability to “walk” and even fling themselves over short distances.

But what makes the tiny machines special is their ability to communicate with each other in a way that mimics insects.

When the robots reach an obstacle they can relay information to each other and work as a team to overcome it. As a team, the bots are assigned specific roles based on the needs of the group.

If an object has to be moved, multiple robots might be needed to accomplish the task. Once the work is completed, the group can move on. The robots embrace their assigned roles at a moment’s notice, taking orders from a single group leader.

One of the other major benefits of having several small robots instead of a single large machine is that smaller bots can be easily replaced if need.

“Since they can be manufactured and deployed in large numbers, having some ‘casualties’ would not affect the success of the mission,” professor Jamie Paik of EPFL said in a statement.“

“With their unique collective intelligence, our tiny robots can demonstrate better adaptability to unknown environments; therefore, for certain missions, they would outperform larger, more powerful robots.”

Swarms of Vibration-Controlled Microbots Could Be the Future of Surgery.
It’s a few years in the future. You’ve had an accident and suffered a nasty injury. You need surgery to repair the underlying tissue and close the wound. Back in 2019, a surgeon might have used stitches, staples, and glue to patch you up. Not anymore. With a whistle, a surgeon commands a swarm of tiny robots to spread across your injured body part. Another, higher-pitched whistle, and the nearly too-small-to-see bots get to work suturing your wound. This surgical scenario is just one possible future if a new research project at the Georgia Institute of Technology works out.

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