摘要
为了解决唐卡图像复杂破损区域修复的一类实际工程问题,从唐卡图像复杂破损区域的检测分割、误检测破损区域的屏蔽、各破损区域的定位惟一化、修复块修复优先级的确定、样本块的检索,到各破损区域中既定修复块的修复等一系列的过程与工程技术,详细地介绍了该类唐卡灰度图像与彩色图像复杂破损区域的修复技术,并给出了相应的修复结果。
To solve the practical engineering problem of Tibetan TangKa image inpainting in intricate disrepaired region, the same classifted gray and color Tibetan TangKa image inpainting in intricate disrepaired region is introduced in detail by a series of engi-neering process and engineering technology from the detecting and segmenting the intricate disrepaired regions of Tibetan TangKa image, screenning the wrong detected intricate disrepaired region of Tibetan TangKa image, differentiating the flags of all the disrepaired regions, fixing on the inpainting priority of all the inpainting blocks in all the disrepaired regions, retrieving the exemplar block of the vested inpainting block in all the disrepaired regions to inpainting the inpainting block in all the disrepaired regions. And accordingly the inpainting results of the sertain intricate disrepaired Tibetan TangKa images is given.
出处
《计算机工程与设计》
CSCD
北大核心
2007年第3期703-705,共3页
Computer Engineering and Design
基金
国家民委基金项目(民委2003-A13)
关键词
藏族唐卡
图像修复
同色线强度
最佳样本块
基于内容的图像检索
Tibetan TangKa
image inpainting
isophote intensity
optimum exemplar block
content-based image retrieval
