Point Cloud Completion
Point cloud completion aims to reconstruct missing parts of incomplete 3D point cloud data, improving the quality and usability of this crucial data type for various applications. Current research heavily utilizes deep learning, focusing on transformer-based architectures, diffusion models, and multimodal fusion techniques (combining point clouds with images or text) to achieve accurate and detailed completion. These advancements are significant because complete point clouds are essential for downstream tasks such as 3D object detection, scene understanding, and robotic manipulation, impacting fields ranging from autonomous driving to medical imaging. The development of robust and efficient completion methods is driving progress across numerous scientific and engineering disciplines.
Papers
PointCFormer: a Relation-based Progressive Feature Extraction Network for Point Cloud Completion
Yi Zhong, Weize Quan, Dong-ming Yan, Jie Jiang, Yingmei Wei
Digging into Intrinsic Contextual Information for High-fidelity 3D Point Cloud Completion
Jisheng Chu, Wenrui Li, Xingtao Wang, Kanglin Ning, Yidan Lu, Xiaopeng Fan
Position-aware Guided Point Cloud Completion with CLIP Model
Feng Zhou, Qi Zhang, Ju Dai, Lei Li, Qing Fan, Junliang Xing