One of the most complete techniques that can be used to digitize an artefact is to generate its photo-textured 3D model, which combines high precision metrical information with a faithful color description of the object surfaces. In this work we focus on how to obtain reliable color information by colorimetrically characterizing the color sensors of the imaging device. To this end, a novel target based characterization procedure is proposed that exploits empirical polynomial modeling for colorimetric data estimation. Experimental results are reported and discussed. ©2009 IEEE.
Vanneschi, L., Schettini, R., Bianco, S. (2009). Empirical Modeling for Colorimetric Characterization of Digital Cameras. In Processing, ICIP '09 (pp.3469-3472). Piscataway, NJ : IEEE [10.1109/ICIP.2009.5413828].
Empirical Modeling for Colorimetric Characterization of Digital Cameras
VANNESCHI, LEONARDO;SCHETTINI, RAIMONDO;BIANCO, SIMONE
2009
Abstract
One of the most complete techniques that can be used to digitize an artefact is to generate its photo-textured 3D model, which combines high precision metrical information with a faithful color description of the object surfaces. In this work we focus on how to obtain reliable color information by colorimetrically characterizing the color sensors of the imaging device. To this end, a novel target based characterization procedure is proposed that exploits empirical polynomial modeling for colorimetric data estimation. Experimental results are reported and discussed. ©2009 IEEE.
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