MIT and NYU researchers introduce FLEX for robot motion planning
Overview
MIT and New York University researchers introduce FLEX, a feature-editing pipeline that lets people give robots natural-language commands for motion planning, according to an MIT News report.
FLEX uses GPT-4o to generalize from a user's instruction, such as avoiding fragile objects, without the user specifying each case. The three-step process, Add, Generalize and Mask, takes about five seconds, and the team tested it in simulations of a robot arm. The researchers plan to present the study at the annual Conference on Robot Learning.
Written by AI from the articles below · updated Nov 9, 12:28 AM ET
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- MIT News · AIOfficialMIT and NYU researchers introduce FLEX, an AI platform for robot motion planning
AIMIT and New York University researchers introduce FLEX, a feature-editing pipeline that lets people give robots natural-language commands for motion planning. FLEX uses GPT-4o to generalize from a user's instructions, such as avoiding fragile objects, without the user spelling out each one. The three-step process, Add, Generalize and Mask, takes about five seconds, and the team tested it in simulations of a robot arm.
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