[POSTER] Geometric Mapping for Color Compensation Using Scene Adaptive Patches

The SAR technique using a projector-camera system allows us to make various effect on a real scene without physical reconstitution. In order to project contents on a textured scene without color imperfections, geometric and radiometric compensation of a projection image should be conducted as prepro...

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Published in:2015 IEEE International Symposium on Mixed and Augmented Reality pp. 206 - 207
Main Authors: Jong Hun Lee, Yong Hwi Kim, Yong Yi Lee, Lee, Kwan H.
Format: Conference Proceeding
Language:English
Published: IEEE 01.09.2015
Subjects:
Augmented reality
Calibration
Cameras
Distortion
Image color analysis
Image segmentation
Polynomials
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Abstract The SAR technique using a projector-camera system allows us to make various effect on a real scene without physical reconstitution. In order to project contents on a textured scene without color imperfections, geometric and radiometric compensation of a projection image should be conducted as preprocessing. In this paper, we present a new geometric mapping method for color compensation in the projector-camera system. We capture the scene and segment it into adaptive patch according to the scene structure using the SLIC segmentation. The piece-wise polynomial function is evaluated for each patch to find pixel-to-pixel correspondences between the measured and projection images. Finally, color compensation is performed by using a color mixing matrix. Experimental results show that our geometric mapping method establishes accurate correspondences and color compensation alleviates the color imperfections which is caused by texture of a general scene.
AbstractList The SAR technique using a projector-camera system allows us to make various effect on a real scene without physical reconstitution. In order to project contents on a textured scene without color imperfections, geometric and radiometric compensation of a projection image should be conducted as preprocessing. In this paper, we present a new geometric mapping method for color compensation in the projector-camera system. We capture the scene and segment it into adaptive patch according to the scene structure using the SLIC segmentation. The piece-wise polynomial function is evaluated for each patch to find pixel-to-pixel correspondences between the measured and projection images. Finally, color compensation is performed by using a color mixing matrix. Experimental results show that our geometric mapping method establishes accurate correspondences and color compensation alleviates the color imperfections which is caused by texture of a general scene.
Author Yong Hwi Kim
Lee, Kwan H.
Yong Yi Lee
Jong Hun Lee
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  givenname: Kwan H.
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  fullname: Lee, Kwan H.
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Snippet The SAR technique using a projector-camera system allows us to make various effect on a real scene without physical reconstitution. In order to project...
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StartPage 206
SubjectTerms Augmented reality
Calibration
Cameras
Distortion
Image color analysis
Image segmentation
Polynomials
Title [POSTER] Geometric Mapping for Color Compensation Using Scene Adaptive Patches
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