OfficeTwin: Realizing 3D Reconstruction of Redundant Scenes through Partial Viewpoint Perception
OfficeTwin: Realizing 3D Reconstruction of Redundant Scenes through Partial Viewpoint Perception
This research introduces OfficeTwin, a robot-native framework that converts incomplete observations from cameras mounted on robots with limited degrees of freedom into simulation-ready digital twins. By imposing metric and structural constraints and registering repeated office cubicles into a shared canonical frame, the system recovers occluded geometry without hallucination. On a real office scan, OfficeTwin successfully reconstructs every cubicle as an individually watertight, metric solid, outperforming feed-forward reconstruction and generative baselines that fail to produce simulation-ready assets under these conditions.
The study demonstrates a method for reconstructing metric, watertight digital twins of office environments from partial robot-native camera views by leveraging structural redundancy to avoid hallucination, outperforming standard feed-forward and generative baselines on real-world scans.
Source: arXiv Robotics — research abstracts · Read original article ↗
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Source:arXiv Robotics — research abstracts · arxiv.org