局部点云配准的伪标签学习。

IF 6.5
Wenping Ma, Yifan Sun, Yue Wu, Yue Zhang, Hao Zhu, Biao Hou, Licheng Jiao
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引用次数: 0

摘要

局部点云配准在计算机视觉中起着至关重要的作用,在三维地图构建、姿态估计和高精度定位等方面有着广泛的应用。然而,由于硬件限制和复杂的环境,收集到的点云往往包含缺失的数据。目前已经提出了各种部分配准算法,其中大多数算法依赖于估计重叠区域。然而,这些算法中有很大一部分严重依赖于基础真值标签。人工标注耗时耗力,而算法自动标注精度不足。为了解决这个问题,我们提出了用于无监督部分点云配准(PSEL)的伪标签学习。该方法利用互补任务来学习重叠区域和对应的可靠伪标签,而不依赖于地面真值标签。关键思想是利用重叠估计和配准之间的互补性,基于对齐点云对中最近的点生成两种类型的伪标签。然后使用这些伪标签来监督重叠区域和对应的学习,在整个学习过程中逐步提高其准确性,最终建立无监督学习框架。PSEL由重叠估计模块和对应滤波模块组成。注册后生成的伪标签用于监督两个模块。值得注意的是,通信过滤模块有两个管道。在训练阶段和推理阶段,分别利用对应点特征的相似性和差异性来消除错误对应,仅在推理阶段使用伪标签进行优化。为了验证我们的配准方法的有效性,我们使用合成数据集ModelNet40、室内数据集3DMatch和室外数据集KITTI进行了实验。代码可在https://github.com/yifans923/PSEL上获得。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pseudo Label Learning for Partial Point Cloud Registration.

Partial point cloud registration plays a crucial role in computer vision and has widespread applications in 3D map construction, pose estimation, and high-precision localization. However, the collected point clouds often contain missing data due to hardware limitations and complex environments. Various partial registration algorithms have been proposed, most of which rely on estimating overlap regions. However, a significant proportion of these algorithms rely heavily on ground truth labels. Manual labeling is both time-consuming and labor-intensive, whereas algorithmic automatic labeling lacks sufficient accuracy. To tackle this issue, we present PSEudo Label learning for unsupervised partial point cloud registration (PSEL). This method utilizes complementary tasks to learn reliable pseudo labels for overlap regions and correspondences without depending on ground truth labels. The key idea is to use the complementarity between overlap estimation and registration to generate two types of pseudo labels based on the nearest points in pairs of aligned point clouds. These pseudo labels are then employed to supervise the learning of overlap regions and correspondences, gradually enhancing their accuracy throughout the learning process and ultimately establishing an unsupervised learning framework. PSEL consists of an overlap estimation module and a correspondence filtering module. The pseudo labels generated after registration are used to supervise both modules. Notably, the correspondence filtering module has two pipelines. The similarity and difference of the corresponding point features are used to eliminate false correspondences during the training and inference stages, respectively, with only the latter being optimized with pseudo labels. To validate the effectiveness of our registration method, we conducted experiments using the synthetic dataset ModelNet40, the indoor dataset 3DMatch, and the outdoor dataset KITTI. The code is available at https://github.com/yifans923/PSEL.

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