Rate-distortion based piecewise planar 3D scene geometry representation
Date
2006
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Source Title
2007 IEEE International Conference on Image Processing
Print ISSN
1522-4880
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IEEE
Volume
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Pages
V113 - V116
Language
English
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Abstract
This paper proposes a novel 3D piecewise planar reconstruction algorithm, to build a 3D scene representation that minimizes the intensity error between a particular frame and its prediction. 3D scene geometry is exploited to remove the visual redundancy between frame pairs for any predictive coding scheme. This approach associates the rate increase with the quality of representation, and is shown to be rate-distortion efficient by the experiments. © 2007 IEEE.
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Keywords
Piecewise planar 3D reconstruction , Rate-distortion optimal 3D representation , Digital image storage , Electric distortion , Image processing , Image reconstruction , Imaging systems , Motion estimation , Programming theory , Repair , Restoration , Signal distortion , 3d scene geometries , 3d scenes , Piecewise planar 3D reconstruction , Predictive coding , Rate increases , Rate-distortion optimal 3D representation , Reconstruction algorithms , Three dimensional