Event
Xuanye Wu et al. Release DexBioLab, a Dexterous Manipulation Simulation Benchmark for Biological Laboratories
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Xuanye Wu and other researchers proposed and released DexBioLab, a dexterous manipulation simulation benchmark and framework for real biological laboratory environments, containing 14 tasks and 4 robot embodiments, covering functional tool use, fine manipulation, language-conditioned visual grounding, and instrument operation. The framework incorporates controllable dynamic experimental phenomena (flames, steam, bubbles) and adopts a hybrid rendering pipeline: interactive simulation of foreground objects combined with Gaussian-splatting backgrounds reconstructed from 6 real laboratory scenes. The researchers state that real-world experiments show a narrowed sim-to-real gap, supporting the effectiveness of AutoBio+ in real manipulation evaluation.
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- DexBioLab: A dexterous manipulation simulation benchmark for real biological laboratory scenarios
The research team proposes DexBioLab, a simulation benchmark and framework for dexterous manipulation in real biological laboratory environments, comprising 14 tasks across 4 robot embodiments, covering functional tool use, precision manipulation, language-conditioned visual grounding, and instrument operation.
arXiv cs.RO ·