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Uncertainty-Aware RL-Controlled Adaptive 3D Mapping
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2026-10-02,arXiv 发表该研究,提出一种基于语义熵、几何曲率和纹理丰富度的不确定性感知自适应体素映射框架,用强化学习智能体在用户指定内存预算下学习体素细分策略,替代手工调参。实验表明,相比 MAP-ADAPT 和固定分辨率基线,多分辨率 TSDF 在几何精度、语义一致性和内存-精度权衡上均有提升。代码与模型已公开。
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2026-10-02 arXiv 发布该论文,代码与模型已公开。Timeline
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Oct 2, 2026
- arXiv · Machine Learning TheoryUncertainty-Aware RL-Controlled Adaptive 3D Mapping
该研究提出一种基于语义熵、几何曲率和纹理丰富度的不确定性感知自适应体素映射框架,用强化学习智能体在用户指定内存预算下学习体素细分策略,替代手工调参。实验表明,相比 MAP-ADAPT 和固定分辨率基线,多分辨率 TSDF 在几何精度、语义一致性和内存-精度权衡上均有提升。代码与模型已公开。
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