IROS 2026 papers point embodied AI toward physics, layered control, touch and cheaper data
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Leiphone, a Chinese tech outlet, says research presented at the IROS 2026 robotics conference in Pittsburgh, held September 27 to October 1, is converging on four engineering directions for embodied AI. The directions are physics-aware foundation models, layered "brain and cerebellum" control architectures, tactile sensing for dexterous manipulation, and lower-cost data collection. The report is the only source in this story, and it does not cite specific papers or results.
Written by AI from the articles below · updated Oct 10, 2:19 AM ET
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- LeiphoneNewsIROS 2026 shows embodied AI moving from demos to physics, control, touch and cheaper data
AILeiphone says the IROS 2026 robotics conference in Pittsburgh, held September 27 to October 1, shows embodied AI research converging on four engineering directions: physics-aware foundation models, layered "brain and cerebellum" control architectures, tactile sensing for dexterous manipulation, and lower-cost data collection.
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