INFORMATICA International Journal Main Page Editorial Board Abstracting/Indexing Instructions to Authors Subscription Information Contents Author Index Papers in Production		INFORMATICA, 2009, Vol. 20, No. 1, 151-163 © Institute of Mathematics and Informatics, ISSN 0868-4952 A Joint-Diffused Inpainting Model for Underexposure Image Preserving the Linear Geometric Structure Jiying WU, Qiuqi RUAN, Gaoyun AN Institute of Information Science, Beijing Jiaotong University E-mail: happywjy82@126.com, qqruan@center.njtu.edu.cn, gaoyun_an@126.com Abstract To restore the underexposure image, an illumination compensation inpainting model which employs the joint-diffused partial differential equations (PDEs) is proposed. Firstly, the novel model compensates the illumination effect in multi-scaled underexposure images respectively. Secondly, the information in the fused compensated image is restored by PDEs which diffuse the geometric property and gray information into the target region simultaneously. Experimental results demonstrate that the novel model can properly restore scratches while compensating the illumination effect in underexposure image, and the joint-diffused PDEs which are employed in it lead to a better performance than the conventional PDE inpainting models. Keywords: image inpainting, illumination compensation, partial differential equation (PDE), quotient image (QI) To preview Lithuanian abstract see full article text To preview full article text in PDF format click here You could obtain free Acrobat Reader from Adobe
Top		Copyright © INFORMATICA, Vilnius University Institute of Mathematics and Informatics, 2010