What are Humanoid Robots?

Humanoid robots are modern humanoid robots. They not only look like humans and humans, but also act like humans. Some humanoid robots not only move, they even think themselves, they think, they are intelligent, they are intelligent A class of robots.

Humanoid robot

Humanoid robots are modern humanoid robots. They not only look like humans and humans, but also act like humans. Some humanoid robots not only move, they even think themselves, they think, they have wisdom, they belong to

Google is working with two artificial intelligence research groups at Oxford University to develop advanced humanoid robots. The first research group's task is to help the robot better understand the user's thoughts and intentions, and the second research group's task is to improve the robot's visual recognition ability through deep learning technology.

There are reports that Google is developing ultra-fast quantum chips that simulate the human brain, making search and software more intuitive. "This is undoubtedly very exciting for the current research on artificial intelligence," said Jamis Hazabis, co-founder of artificial intelligence startup DeepMind acquired by Google and vice president of Google Engineering. Moments. We continue to make progress in many areas, including image recognition and language understanding. We are pleased to announce a partnership with Oxford University to accelerate Google's research. "

Google's DeepMind division is working with two artificial intelligence research groups at Oxford University to develop advanced humanoid robots. In early 2014, Professor Darko Labs, Dr. Nardo de Freitas, Professor Phil Brussom, Dr. Edward Glette, and Dr. Karl Moritz-Hermann formed the Dark Blue Labs. ) To study how to help robots better understand users' thoughts and intentions. In addition, Dr. Karen Shimonya, Dr. Marcos Gardberg, and Professor Andrew Zessmann from the University of Oxford have joined DeepMind's research, all of whom are experts in computer vision systems. As co-founders of Oxford University's Vision Factory, their goal is to use deep learning to improve visual recognition systems. In the 2014 ImageNet competition, a system developed by Shimonya and Zessemann won.

The Google DeepMind division hired the seven founders and three other professors at Oxford University to jointly develop a humanoid robot. "These exciting collaborations demonstrate that Google DeepMind is committed to helping UK academia in research and development, and promoting the further development of a strong scientific research laboratory."

As part of the collaboration, Google DeepMind will work with Oxford's computer science and engineering departments to set up a research institution. "We very much welcome high-end researchers in the field of machine learning research to join the Google DeepMind team, and this collaboration can potentially speed up their research. This is very exciting," Hazabis said.

According to reports, Google is developing ultra-fast quantum chips, hoping that robots will one day think like humans. The California-based tech giant has partnered with renowned physicist John Martinis to develop a processor based on quantum theory. Google's goal is to design and develop chips that can operate at the subatomic scale, allowing them to run much faster than existing processors. Standard computers process binary data expressed in ones and zeros, and quantum computing uses the behavior of subatomic particles to encode the data. Experts believe that qubits-capable of having two states at the same time-can dramatically increase the speed and power of operations. ^[1]

Humanoid robots are intelligent robots that look and function like humans. The greatest difficulty in developing a humanoid robot with excellent performance is to walk upright with both feet. Because robots and humans learn in different ways, robots must learn to run before they learn to walk. The biggest obstacle to developing a humanoid robot with the same appearance and function as humans is to walk upright with both feet.

The heart system of a humanoid robot is a 32-bit micro processor,

Humanoid robots can move like humans, and human behavior is because of usefulness

Humanoid robots are one of the most difficult robots to develop.

The robot suddenly "shots"

According to the Financial Times, the unfortunate worker who died was a Volkswagen contractor who was installing a robot with his colleagues at the time of the incident, but the robot suddenly grabbed his chest and pressed him heavily against a piece of metal. Board, eventually leading to the death of the staff member due to injuries.

Volkswagen spokesman Heike Hilwig said the accident occurred at the Bunattal plant, about 100 kilometers from Frankfurt. This robot is not a robot working with workers on the assembly line, but in a safety cage. Hilwig emphasized that the robot usually works in a closed area and is responsible for grabbing and manipulating the car parts.

However, at the time of the incident, the worker was installing a robot, so he was also in a safety cage, while his colleague stood outside the cage and was not injured. Hilwig said that the robot did not experience technical failure or damage during the entire event.

According to the German News Agency, German prosecutors have launched an investigation into the cause of the incident. Prosecutors are considering whether to bring charges, but the targets of the charges are still difficult to define.