It can even adjust to challenging conditions like oil spilled on plastic. pic.twitter.com/YNvpbN0NtA

— Facebook AI (@facebookai) July 9, 2021

Researchers from Facebook AI, @berkeley_ai, and @SCSatCMU have developed #AI that can enable a legged robot to adapt in fractions of a second to changing conditions in the real world. pic.twitter.com/Vj02kHCMdh

— Facebook AI (@facebookai) July 9, 2021

RMA uses a novel combination of two policies, both learned entirely in simulation — a base policy trained through reinforcement learning (RL) and an adaptation module trained using supervised learning. pic.twitter.com/Bt5xDlIFhM

— Facebook AI (@facebookai) July 9, 2021

After being trained entirely in simulation, an RMA-enabled robot is then deployed in the real world, where its base policy and adaptation module work asynchronously to enable it to adapt in real time. pic.twitter.com/APWp3aM3ci

— Facebook AI (@facebookai) July 9, 2021

Deep Learning allows robots to adapt to the real world - a collaboration between @facebookai, @SCSatCMU and @berkeley_ai https://t.co/wkLYsKHSdq pic.twitter.com/vq7FYRNWGT

— Jerome Pesenti (@an_open_mind) July 9, 2021

A blog post detailing the new work on Rapid Motor Adaptation for legged robot locomotion from FAIR+BAIR+CMU https://t.co/7l2CK54Ehs

— Yann LeCun (@ylecun) July 9, 2021

The real world can be a hard place for robots.

Luckily, researchers from @FacebookAI, @berkeley_ai, and @SCSatCMU have developed AI that can help robots adapt in fractions of a second to changing conditions in the real world: https://t.co/3S4UEIpkki pic.twitter.com/VjVGiSlY2E

— Alexandru Voica ? (@alexvoica) July 9, 2021

Facebook teaches AI-powered robot to adapt while walking - CNET#AI #ArtificialIntelligence #NeuralNetwork #MachineLearning #developers #Coding #Python #ComputerSciences #Robotics https://t.co/kc7bGRexhD from @QWongSJ

— McG ????️‍?? (@Foxmental_X) July 9, 2021