DeepMind's latest AI model can help robots fold origami and close Ziploc bags
DeepMind announced two new Gemini-based models it says will "lay the foundation for a new generation of helpful robots."
Robots leverage Google's Gemini AI to fold origami from simple instructions
DeepMind has unveiled Gemini Robotics, an evolution of their powerful Gemini 2.0 language model that could unlock new capabilities for robots.
Google’s new robot AI can fold delicate origami, close zipper bags without damage
It's worth noting that even though hardware for robot platforms appears to be advancing at a steady pace (well, maybe not always ), creating a capable AI model that can pilot these robots autonomously through novel scenarios with safety and precision has proven elusive.
Google DeepMind unveils new AI models for controlling robots
Google DeepMind, Google’s AI research lab, on Wednesday announced new AI models called Gemini Robotics designed to enable real-world machines to interact with objects, navigate environments, and more.
New humanoid robots get smarter with Google's AI
Google announced Wednesday it is bringing the broad knowledge of its Gemini large language models into the world of robotics. Why it matters: The move could pave the way for robots that are vastly more versatile,
Google's DeepMind says it will use AI models to power physical robots
Google is taking its DeepMind artificial intelligence technology models into the physical world to power robots.
Google debuts two new AI models for powering robots
Google LLC today introduced two new artificial intelligence models, Gemini Robotics and Gemini Robotics-ER, that are optimized to power autonomous machines. The algorithms are based on the company’s Gemini 2.
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WPI robotics engineers use origami to create human-friendly robotic arm
"With origami, we have all these existing designs ... but it is resistant to twisting," Conrad said. "If you had a robot that was working next to a human in order to be able to pick things ...
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WPI develops robotic arms to help wheelchair users increase their reach
WPI said soft robotic arms tend to be weaker, more shaky, and less precise than traditional robot arms made from rigid materials.