China's Pudong District opens a humanoid robot training base, training 100 robots now with a goal of 1,000 by 2027, enhancing applications in manufacturing and services. On Tuesday, China has launched ...

For years, progress in robotics has followed a familiar pattern. Researchers train increasingly powerful ...

A new handheld interface developed by MIT engineers enables a person to teach a robot new skills, using any of three training approaches: natural teaching (top left), kinesthetic training (middle), ...

AI-enabled and virtual training gets robots to work faster—and will empower a more flexible era of automation. In partnership withSiemens Imagine the bustling floors of tomorrow’s manufacturing plant: ...

A robot, trained for the first time by watching videos of seasoned surgeons, executed the same surgical procedures as skillfully as the human doctors. The successful use of imitation learning to train ...

Chinese robotics player AgiBot has unveiled by far the largest humanoid manipulation dataset, aiming to advance AI robot training. Named the AgiBot World Alpha, the model features 1 million plus ...

MIT researchers are pioneering a new method for robot training that could create an all-purpose robot brain for all robot types. There’s no question that robotics is transforming our world. Thanks to ...

A team of scientists from Stanford University and the Toyota Research Institute has found that the training performance of AI-based robots is higher when audio data is used in addition to video data.

China has launched its first heterogeneous humanoid robot training base, which is situated in Shanghai. Named the Humanoid Robot Kylin Training Ground, and is operated by Shanghai-based National and ...

China’s inaugural training facility for heterogeneous humanoid robots will become fully operational in July. Known as the National and Local Co-built Humanoid Robotics Innovation Center, it occupies ...