The University of Zurich in Switzerland developed the world's first musculoskeletal robot

On June 28th, Beijing time, scientists from the University of Zurich in Switzerland recently developed the world's first robot with a muscular and skeletal system, called "Ecci", which is one of the most advanced robots in the world.

The robot Ecci looks like the C-3PO in Star Wars, but it's a skinned version. The "Ecci" institutions are made of specially designed plastics. But its most advanced point is that it also has a brain, this brain has the ability to self-correct, that is to say, it has learned to "reflect", and this ability was originally a human patent.

The University of Zurich in Switzerland developed the world's first musculoskeletal robot

The world's first: the robot Ecci is the world's first robot with a musculoskeletal system, self-correcting brain, and human vision.

The University of Zurich in Switzerland developed the world's first musculoskeletal robot

It has a brain that has the ability to correct itself. If a certain movement causes it to fall or drop something in its hand, its "brain" will collect and analyze this information to avoid Make the same mistake next time.

"Ecci" is the abbreviation of "Eccerobot", where "Ecce" means "Look!" Or "Look!" In Latin. The development team for this robot comes from the University of Zurich in Switzerland.

According to the design, Ecci uses a series of electric motors to drive various joints of the body. A computer acting as its brain can learn from the mistakes it makes. If a sport causes it to fall or drop something in its hand, its "brain" will collect this information and analyze it to avoid making the same mistake next time. In addition, although it has only one eye, it also has similar visual functions as humans.

Scientists hope that the emergence of Ecci will help usher in a new era of robot design and help design robotic arms with better functions.

Dr. Rolf Pfeifer, Director of the Artificial Intelligence Laboratory at the University of Zurich, said: "This achievement opens up many possibilities, especially it will help us to better understand how the body's moving organs work. We can develop a robotic arm that can be as flexible as our arm, which will make a lot of sense. This also means that robots will be able to replace humans in the future to perform delicate tasks that require flexible arms like human hands.

The development team has spent three years on this project, costing millions of pounds. These development funds are mainly sponsored by private companies, and the European Union has also funded 2 million euros. Now the team is preparing to spend two months developing a more complete version of Ecci.

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