LAP Achieves Zero-Shot Robot Embodiment Transfer
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LAP Achieves Zero-Shot Robot Embodiment Transfer

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๐Ÿ“„Read original on ArXiv AI

โšก 30-Second TL;DR

What changed

No tokenizer, annotation, or embodiment-specific design needed

Why it matters

Pushes toward generalist robotics policies deployable on unseen hardware. Accelerates real-world robot deployment by reducing adaptation costs.

What to do next

Prioritize whether this update affects your current workflow this week.

Who should care:Researchers & Academics

Language-Action Pre-training (LAP) represents robot actions in natural language for zero-shot transfer across embodiments without fine-tuning. LAP-3B, a 3B VLA, delivers over 50% success on novel robots and tasks. Enables efficient adaptation and unifies action prediction with VQA.

Key Points

  • 1.No tokenizer, annotation, or embodiment-specific design needed
  • 2.Aligns actions with vision-language model distributions
  • 3.2x improvement over prior VLAs in zero-shot success
  • 4.Supports co-training for gains

Impact Analysis

Pushes toward generalist robotics policies deployable on unseen hardware. Accelerates real-world robot deployment by reducing adaptation costs.

Technical Details

Encodes low-level actions directly in language. Pre-trains on multi-embodiment data. Scales favorably with unified language-action format.

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Original source: ArXiv AI โ†—