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Using Language to Give Robots a Better Grasp of an Open-Ended World

Using Language to Give Robots a Better Grasp of an Open-Ended World
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William Shen , David Marr , Alan Yu , Phillip Isola , Jansen Wong , Army Research Office , Stata Center , Artificial Intelligence Laboratory , National Science Foundation , Watson Lab , Office Of Scientific Research , Terms Of Service , Office Of Naval Research Multidisciplinary University Initiative , Alex Shipps , Feature Fields , Robotic Manipulation , Good Men Project , Artificial Intelligence , Fundamental Interactions , Leslie Pack Kaelbling , Air Force Office , Scientific Research , Naval Research , Multidisciplinary University Initiative , Creative Commons , Premium Member ,

MIT Unveils F3RM: AI-Powered Robots Can Now Grasp Unfamiliar Objects Using Natural Language

The MIT Computer Science and Artificial Intelligence Laboratory (CSAIL) recently introduced a revolutionary system that lets robots grasp and manipulate objects using open-ended language prompts. ....

Quincy Jon , Artificial Intelligence Laboratory , Robotics Research , Fulfillment Center , Development Hub In Sumner , Tech Times , Computer Science , Feature Fields , Robotic Manipulation , Getty Images , Development Hub , National Science Foundation , Artificial Intelligence , Fundamental Interactions , Tiktok Shop Partners , Real Authentication , Verify Luxury , Daily Science , Artificial Intelligence ,

Using language to give robots a better grasp of an open-ended world

The Feature Fields for Robotic Manipulation (F3RM) system, developed by MIT's Computer Science and Artificial Intelligence Laboratory (CSAIL), enables robots to interpret open-ended text prompts in natural language, enhancing their ability to manipulate objects in real-world settings. ....

David Marr , Alan Yu , Jansen Wong , Phillip Isola , William Shen , Office Of Scientific Research , Army Research Office , Stata Center , Artificial Intelligence Laboratory , National Science Foundation , Office Of Naval Research Multidisciplinary University Initiative , Watson Lab , Feature Fields , Robotic Manipulation , Artificial Intelligence , Fundamental Interactions , Leslie Pack Kaelbling , Air Force Office , Scientific Research , Naval Research , Multidisciplinary University Initiative , Mit Csail , Eature Fields For Robotic Manipulation F3rm , Obot Understanding , Robotic Manipulation , Vision Language Model ,

Improving Robot Understanding of Open-Ended World via Language

Improving Robot Understanding of Open-Ended World via Language
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Jansen Wong , David Marr , Alan Yu , Phillip Isola , William Shen , Artificial Intelligence Laboratory , National Science Foundation , Stata Center , Army Research Office , Office Of Scientific Research , Watson Lab , Office Of Naval Research Multidisciplinary University Initiative , Feature Fields , Robotic Manipulation , Artificial Intelligence , Fundamental Interactions , Leslie Pack Kaelbling , Air Force Office , Scientific Research , Naval Research , Multidisciplinary University Initiative ,

Using language to give robots a better grasp of an open-ended world

Using language to give robots a better grasp of an open-ended world
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David Marr , William Shen , Phillip Isola , Artificial Intelligence Laboratory , Stata Center , Feature Fields , Robotic Manipulation , National Science Foundation , Artificial Intelligence , Fundamental Interactions ,