Selective pixel interpolation for spatial error concealment

Yi Ge, Bo Yan, Kairan Sun, H. Gharavi
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引用次数: 0

Abstract

This paper proposes an effective algorithm for spatial error concealment with accurate edge detection and partitioning interpolation. Firstly, a new method is used for detecting possible edge pixels and their matching pixels around the lost block. Then, the true edge lines can be determined, with which the lost block is partitioned. Finally, based on the partition result, each lost pixel can be interpolated with correct reference pixels, which are in the same region with the lost pixel. Experimental results show that the proposed spatial error concealment method is obviously superior to the previous methods for different sequences by up to 4.04 dB.
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空间误差隐藏的选择性像素插值
提出了一种基于精确边缘检测和分区插值的有效空间错误隐藏算法。首先,采用一种新的方法检测丢失块周围可能的边缘像素及其匹配像素。然后,可以确定真正的边缘线,并用它来分割丢失的块。最后,根据分割结果,将每个丢失的像素用正确的参考像素进行插值,这些参考像素与丢失的像素在同一区域。实验结果表明,对于不同的序列,本文提出的空间误差隐藏方法明显优于先前的方法,误差最大可达4.04 dB。
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