ViewPCL: a point cloud based active learning method for multi-view segmentation
Christian Hilaire, Sima Didari

TL;DR
ViewPCL introduces a novel active learning framework for multi-view semantic segmentation that uses a discrepancy-based score on point cloud distributions, leading to more data-efficient and explainable segmentation models.
Contribution
It presents a new active learning method leveraging geometrical discrepancies in multi-view point clouds, enhancing data efficiency and interpretability.
Findings
Improved segmentation performance with less labeled data
Effective discrepancy measure for view-based active learning
Open-source implementation available
Abstract
We propose a novel active learning framework for multi-view semantic segmentation. This framework relies on a new score that measures the discrepancy between point cloud distributions generated from the extra geometrical information derived from the model's prediction across different views. Our approach results in a data efficient and explainable active learning method. The source code is available at https://github.com/chilai235/viewpclAL.
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Taxonomy
TopicsRemote Sensing and LiDAR Applications · 3D Surveying and Cultural Heritage · Robotics and Sensor-Based Localization
