Structured context helps a general vision model control robots better

RoboICL combines demonstrations with anchored interaction history to improve manipulation without updating the underlying model.

Big Tech
Fangcheng Liu · Yeqing Shen · Anda Cheng · Weishi Mi · Chao Tang · Chenyuan Liu · +4 more

Samsung Robotics eXperience · Shanghai Jiao Tong University · Samsung Research

Research Digest··2 min read
Liu and colleagues built an inference-time control framework around GPT-6 Astra, organizing demonstrations, actions, and execution feedback into a shared context format.

The authors evaluated RoboICL on 30 RoboDojo manipulation tasks, using no demonstration for Open tasks and one demonstration for the other categories.

Why this paper

From Samsung Robotics eXperience and 2 others · Released code

In one line

RoboICL uses in-context learning to improve GPT-6 Astra robot control by 20-27 progress-score points on RoboDojo tasks.

What it released

Code

What we could check

  • ✓Code link in the paper (github.com)
  • ·No weights link found
  • ·No dataset link found
  • ·No compute details found
  • ·No stated limitations found
  • ✓Reports numbers on named benchmarks (3 benchmarks)

Observed from the paper text and links we have. Absence here means we did not find it, not that it does not exist.

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