XIT: An Active Gas Mapping Planner for Unknown Environments
What happened
Mal Fazliu and other authors propose XIT, a sampling-based planner that models active gas distribution mapping (GDM) in unknown cluttered environments as an informative path planning problem over the next-best trajectory: a single shared tree grows simultaneously toward multiple frontier goals, performing informative gas sampling along the way while exploring unresolved regions. The authors report that high-fidelity simulations show XIT has advantages in GDM quality and efficiency, and that scaled-down real-world experiments show its practicality. The authors state that although the method was developed for active GDM, it is also applicable to other robotic information-gathering tasks in unknown environments that face an exploration-exploitation trade-off.
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- arXiv cs.ROXIT: Exploration and Exploitation Informed Trees planner for active gas distribution mapping in unknown environments
The authors propose XIT, a sampling-based planner that formulates active gas distribution mapping (GDM) as a next-best-trajectory informative path planning problem, growing a single shared tree toward multiple frontier goals while taking informative gas samples along the way.
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