RynnWorld-Latent conditions a world model on universal latent actions
Pretraining spans 23 datasets and about 553.5 million frames, then adapts to target robots without a shared action space.
Pretraining spans 23 datasets and about 553.5 million frames, then adapts to target robots without a shared action space.
Against FastWAM, reported LIBERO success moves from 97.0%, 55.3%, and 91.2% to 98.2%, 64.5%, and 91.4%.
On LIBERO-Long, failure rates fall 19–48% and success rises by up to 7.4 points; the head adds 0.48–0.88% parameters.
LIBERO-PeRM benchmarks whether robot policies satisfy user preferences separately from completing manipulation tasks.
VLA-Δ trains robot policies on physical state transitions and beats π0.5 in real-robot tests.
Five generalist policies, including vision-language-action models, degrade as industrial constraints are combined.
RoboRSI lets a mobile manipulator reuse validated skills, beating baselines by up to 11 points.
One-word instruction edits swing VLA success sharply; rule-based rephrasing improves frozen policies without retraining.
CARE certifies VLA inference accelerators so speedups stay inside a user-specified failure budget.
RV-ICL lets robot agents navigate one demo video, raising LIBERO success without extra training.
TAPDreamer crafts transferable adversarial patches that drop world-action robot success to near zero without querying policies.
SimForcing distills simulation motion into robot world models and improves LIBERO policy success.
DiVeR reweights VLA verifier training toward decision-critical states, improving robot task success with little inference overhead.
FastOPD distills large vision-language-action models into few-step students that keep most performance at much lower latency.
Rolling-WAM speeds robot replanning 4.5x by staggering joint video-action denoising across cycles.
A 0.8B robot policy distilled from cached world-model features hits 97.9% on LIBERO without extra test-time compute.
Researchers introduce EmbodiedSkills, a framework treating VLA skill decisions as verified execution proposals, reaching 86.2% success on RoboTwin 2.0.
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