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Automatic specular reflections Removal for endoscopic images

机译:自动镜面反射去除内窥镜图像

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Endoscopy imaging is utilized to provide a realistic view about the surfaces of organs inside the human body. Owing to the damp internal environment, these surfaces usually have a glossy appearance showing specular reflections. For many computer vision algorithms, the highlights created by specular reflections may become a significant source of error. In this paper, we present a novel method for restoration of the specular reflection regions from a single image. Specular restoration process starts with generating a substitute specular-free image with RPCA method. Then the specular removed image was obtained by taking the binary weighting template of highlight regions as the weighting for merging the original specular image and the substitute image. The modified template was furthermore discussed for the concealment of artificial effects in the edge of specular regions. Experimental results on the removal of the endoscopic image with specular reflections demonstrate the efficiency of the proposed method comparing to the existing methods.
机译:内窥镜成像用于提供有关人体内部器官表面的真实视图。由于潮湿的内部环境,这些表面通常具有显示镜面反射的光泽外观。对于许多计算机视觉算法,由镜面反射创建的高光可能会成为重要的错误来源。在本文中,我们提出了一种从单个图像恢复镜面反射区域的新颖方法。镜面反射恢复过程始于使用RPCA方法生成替代的无镜面反射图像。然后,通过以高亮区域的二进制加权模板作为合并原始镜面图像和替代图像的权重来获得镜面去除图像。此外,还讨论了修改后的模板,以隐藏镜面区域边缘中的人造效果。通过镜面反射去除内窥镜图像的实验结果证明了与现有方法相比,该方法的有效性。

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