Building Reconstruction using Manhattan-World Grammars

author: Carlos A. Vanegas, Department of Computer Science, Purdue University
published: July 19, 2010,   recorded: June 2010,   views: 486
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Description

We present a passive computer vision method that exploits existing mapping and navigation databases in order to automatically create 3D building models. Our method defines a grammar for representing changes in building geometry that approximately follow the Manhattan-world assumption which states there is a predominance of three mutually orthogonal directions in the scene. By using multiple calibrated aerial images, we extend previous Manhattan-world methods to robustly produce a single, coherent, complete geometric model of a building with partial textures. Our method uses an optimization to discover a 3D building geometry that produces the same set of façade orientation changes observed in the captured images. We have applied our method to several real-world buildings and have analyzed our approach using synthetic buildings.

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Download slides icon Download slides: cvpr2010_vanegas_brum_01.pdf (1.9 MB)

Download article icon Download article: cvpr2010_vanegas_brum_01.pdf (1.9 MB)


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