Self-iterative optimization allows AI to design a walking robot in just 26 seconds

News on October 10, if AI were to design a robot that could walk on land, how many seconds would it take? The answer is 26 seconds.

A scientific research team composed of Northwestern University, MIT, and the University of Vermont tried to find the answer to this question. AI developed in just 26 A blueprint for the robot is produced in seconds and can be created via 3D printing.

Sam Kriegman, the study’s principal investigator and assistant professor of computer science, mechanical engineering, and chemical and biological engineering at Northwestern University’s McCormick School of Engineering, said: Humans have evolved over billions of years. , to walk upright on land, and artificial intelligence only takes 26 seconds. The artificial intelligence also independently iterated multiple versions. In the 10th version, through self-correction, it completed the evolution of the "legs" on its own

#We discovered a very fast AI-driven design algorithms that bypass evolutionary “jams” and do not incorporate the biases of human designers.

We conveyed to the AI ​​our requirements for a robot that could travel across land. Then we just push a button and presto, it generates a blueprint for a robot that looks unlike any known animal on Earth. We call this process "Instant evolution".

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