基于金字塔的图像插值

R. Sujee, S. Padmavathi
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引用次数: 6

摘要

本文提出了一种基于金字塔的图像插值技术,可以更好地重建图像中的畸变区域。其核心思想是构造图像金字塔,使金字塔的顶点具有最小的畸变区域。原始图像的重建从金字塔的顶端开始。每次使用双线性插值技术恢复畸变区域的像素。由于图像中位于金字塔顶端的畸变像素具有最大的未畸变邻居,因此提高了重建的精度。因此,与自顶向下的方法相比,本文提出的自底向上方法可以改善图像重建,因为上述方法在畸变像素附近具有更高的未失真像素可用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pyramid-based Image Interpolation
A technique for better reconstruction of a distorted region in an image using Pyramid-based image interpolation is presented in this paper. The central idea is to construct the image pyramid, so that the apex of the pyramid has a minimized distorted region. The reconstruction of the original image starts from the apex of the pyramid. Each time, the pixels in the distorted region are recovered using bilinear interpolation technique. Since the distorted pixels in the image at the apex of the pyramid have maximal undistorted neighbors, the accuracy of reconstruction is enhanced. Thus the bottom-up approach proposed by this paper results in improved image reconstruction when compared to top-down technique due to the above mentioned higher availability of un distorted pixels in the neighborhood of a distorted pixel.
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