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CRIS-0 reportedly patches robot positioning functions after joint-limit errors

A post describes stage-by-stage checks that send a failed tablecloth grasp back to repositioning.

Aran KomatsuzakiAK
3 Sources, 2h ago, first seen 2h ago

TLDR

A post says CRIS-0 generates positioning functions from demonstrations using SAM3, RGB-D and inverse kinematics, then patches a function and retries when it hits a joint limit. The same poster describes a tablecloth task with rule-based pushing and positioning, learned grasping and folding, and checks that send a failed grasp back to repositioning. They say the learned policies come from CausalWM, a world model that predicts motion and 3D geometry before generating future frames.

Combined views

3.3K

3 Sources, first seen 2h ago

24 likes6 comments3 saves3 reposts

Combined views

3.3K

3 Sources, first seen 2h ago

24 likes6 comments3 saves3 reposts
Image: @arankomatsuzaki on X

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3 Sources

Aran Komatsuzaki@arankomatsuzakiCRIS-0’s agent generates its own positioning functions (SAM3 + RGB-D + IK) from demos. When one hits an IK joint limit, it patches the function from the error, retries the stage, and keeps the patched version. Basically the coding-agent loop, applied to robot control.2h
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    3 Sources

    Aran Komatsuzaki@arankomatsuzakiCRIS-0’s agent generates its own positioning functions (SAM3 + RGB-D + IK) from demos. When one hits an IK joint limit, it patches the function from the error, retries the stage, and keeps the patched version. Basically the coding-agent loop, applied to robot control.2h
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