3mon
Live Science on MSNBoston Dynamics' robot dog Spot can now 'play fetch' — thanks to MIT breakthroughTo demonstrate Clio in action, the researchers used a Boston Dynamics Spot quadruped robot running Clio to explore an office ...
Boston Dynamics, the company behind the popular Spot robot dog, is in financial trouble. As the Boston Globe reported last week, the company laid off 45 employees, accounting for about five ...
Working on Atlas with Boston Dynamics enables us to make advances in reinforcement learning on arguably the most sophisticated humanoid robot available,” said Raibert in a statement. “This work will ...
To enable this, Spot uses a combination of sensors and artificial intelligence that was trained on 1,200 photos so that the robot can identify graffiti sprayers as it autonomously patrols stationary ...
TechCrunch on MSN13d
Boston Dynamics joins forces with its former CEO to speed the learning of its Atlas humanoid robotBoston Dynamics Wednesday announced a partnership designed to bring improved reinforcement learning to its electric Atlas ...
BMW said the Spot quadruped from Boston Dynamics works hand in hand with its digital twin technology to help it make sense of its data.
Usually the projects involve robot arms mounted on some sort of wheeled platform, but this time it’s the tune of some pretty famous yellow robot legs, in the shape of spot from Boston Dynamics.
The biggest stories of the day delivered to your inbox.
At just 10 years old, Woodside Energy ’s Pluto liquid natural gas (LNG) plant on the northwest coast of Australia is just a ...
12d
Interesting Engineering on MSNAtlas humanoid robot reunites with old master to supercharge skills, powerBoston Dynamics partners with the RAI Institute to enhance reinforcement learning and mobile manipulation for the electric ...
The Robotics & AI Institute and Boston Dynamics are working to help the Atlas robot learn from simulation and move better.
12d
GlobalData on MSNBoston Dynamics, RAII collaborate on humanoid roboticsThis collaboration aims to develop generalisable mobile manipulation capabilities for Boston’s electric Atlas robot.
Results that may be inaccessible to you are currently showing.
Hide inaccessible results