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Global Structure-from-Motion Revisited

About

Recovering 3D structure and camera motion from images has been a long-standing focus of computer vision research and is known as Structure-from-Motion (SfM). Solutions to this problem are categorized into incremental and global approaches. Until now, the most popular systems follow the incremental paradigm due to its superior accuracy and robustness, while global approaches are drastically more scalable and efficient. With this work, we revisit the problem of global SfM and propose GLOMAP as a new general-purpose system that outperforms the state of the art in global SfM. In terms of accuracy and robustness, we achieve results on-par or superior to COLMAP, the most widely used incremental SfM, while being orders of magnitude faster. We share our system as an open-source implementation at {https://github.com/colmap/glomap}.

Linfei Pan, D\'aniel Bar\'ath, Marc Pollefeys, Johannes L. Sch\"onberger• 2024

Related benchmarks

TaskDatasetResultRank
Structure-from-MotionTanks&Temples
Registration Score1
15
Camera pose estimationCO3D 10-view v2
RRA@1545.9
12
Multi-View Pose EstimationTanks&Temples 50-view
RRA@569.3
9
Multi-View Pose EstimationTanks&Temples 25-view
RRA@558.4
9
Multi-View Pose EstimationTanks&Temples 100-view
RRA@569.2
9
Multi-View Pose EstimationTanks&Temples 200-view
RRA@573.5
9
Multi-View Pose EstimationTanks&Temples (full sequence)
Registration Error100
8
3D Reconstruction FiltrationDesk
Execution Time (s)150
5
3D Reconstruction FiltrationVicon
Time (s)46.2
5
3D Reconstruction FiltrationCables
Time (s)195.6
5
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