Out-of-Core Surface Reconstruction via Global TGV Minimization

Author:

Poliarnyi Nikolai1

Affiliation:

1. Agisoft LLC,St. Petersburg,Russia

Publisher

IEEE

Reference33 articles.

1. Detail Preserved Surface Reconstruction from Point Cloud

2. A globally optimal algorithm for robust tv-l1 range image integration;zach,2007

3. Fast and high quality fusion of depth maps;zach,2008

4. Pyramidal parametrics

5. Mvea multi-view reconstruction environment;fuhrmann;GCH,2014

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