They are creating a robot capable of learning to move in case of limb loss. How do you get it?
As is customary in the world of robotics, it is not unusual to see teams of professionals researching the characteristics of animals to introduce new functions into their prototypes. One possibility that is attracting the most attention from the scientific community is the capacity that some species to retrieve members lost due to some danger or derived from any other situation. Would it be possible to incorporate this curious solution into robots?
They create the first robot that adapts its movement to the loss of limbs
The robot in question has one main characteristic, its design. We are facing an autonomous robot that is still under the umbrella of development, he was able to adapt his movements to spontaneous situations in which movement is restricted. With a star-like shape, it can move with limb movements. At some point you can see how the stone blocks the passage of the paw.
After a process of analyzing the situation and repeating, the robot is aware that it will not be able to continue moving forward. In order to comply with the order to continue moving, it chooses to do without said limb, an issue that may have great potential for other types of robotic units in the future. Granted, robot dogs may not require this feature, but chances are they do There are models with specialized tasks that need this. The goal is to have the tools you need to get out of any compromising situation.
Yale University conducted integration of bicontinuous thermoplastic foam (BTF), which has the main function of forming a sticky polymer. Its easy casting and joining allows the robot to send commands to its limbs or, in the event that a body part needs to be detached, perform a deep organization of your bodily limits adjust step. This is a system that can be very effective in the future.
According to the publication of the study in question, this technology is capable reorient the movements so that they are accessible to the robot after losing a limb. This is a very interesting process in terms of innovation, as it may cause an exponential increase in robotic units capable of developing this capability in the future. This attracts even more attention knowing that in reality this technology has not even appeared in the world of cinema. Even so, we’ll have to wait for more tests to see if this is easy to integrate into new projects.
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