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Humanoid robot Develops New Movements
Researchers from the University of California, Berkeley, and Stanford have developed a new artificial intelligence framework that enables humanoid robots to learn and perform a wide range of complex movements such as running, dancing, jumping, and martial arts using human motion data. The system, called "BeyondMimic," trains robots on a variety of movement skills and then enables them to combine and integrate these skills for adaptable tasks, going beyond simple imitation to produce new, flexible movement sequences. Experiments conducted on the live G1 robot after training showed that over 70% of participants found the robot's movements natural and human-like, with the ability to adapt to new tasks such as obstacle avoidance and navigation. This development marks an important step toward creating a form of artificial intelligence that allows robots to control their movements more flexibly, opening the door to practical applications in physical robot control across different environments. Future challenges include integrating movement with perception and decision-making to perform real-world tasks efficiently and safely.
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