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Perspective‐Aware Fusion of Incomplete Depth Maps and Surface Normals for Accurate 3D Reconstruction
by
Kaniak, Georg
, Kapeller, Christian
, Hlinka, Ondrej
in
Optimization
/ Orthography
2026
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Perspective‐Aware Fusion of Incomplete Depth Maps and Surface Normals for Accurate 3D Reconstruction
by
Kaniak, Georg
, Kapeller, Christian
, Hlinka, Ondrej
in
Optimization
/ Orthography
2026
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Perspective‐Aware Fusion of Incomplete Depth Maps and Surface Normals for Accurate 3D Reconstruction
Journal Article
Perspective‐Aware Fusion of Incomplete Depth Maps and Surface Normals for Accurate 3D Reconstruction
2026
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Overview
ABSTRACT We address the problem of reconstructing 3D surfaces from depth and surface normal maps acquired by a sensor system based on a single perspective camera. Depth and normal maps can be obtained through techniques such as structured‐light scanning and photometric stereo, respectively. We propose a perspective‐aware log‐depth fusion approach that extends existing orthographic gradient‐based depth‐normals fusion methods by explicitly accounting for perspective projection, leading to metrically accurate 3D reconstructions. Additionally, the method handles missing depth measurements by leveraging available surface normal information to inpaint gaps. Experiments on the DiLiGenT‐MV data set demonstrate the effectiveness of our approach and highlight the importance of perspective‐aware depth‐normals fusion.
Publisher
John Wiley & Sons, Inc
Subject
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