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A Novel Image Segmentation Algorithm: Region Merging Using Superpixel-based Local CRF Model

机译:一种新的图像分割算法:使用基于超像素的局部CRF模型进行区域合并

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摘要

Natural image segmentation is a special application of pattern classification for the discrete random variables in two-dimensional space. Many remarkable segmentation algorithms are proposed in the framework of Bayesian Networks. In this paper, a region merging approach based on the SLIC superpixels and local CRF models is provided. The corresponding interaction potential function of the CRF model involves both color and edge features, which are computed based on the diffusion distance of histograms and the Canny operator respectively. The merging of regions is realized with the propagation through neighboring overlapped local CRF models. By comparing with some competing models, the experimental results show that the proposed model is more precise and robust and it is capable of dealing with uneven illumination, complex background and local textures.
机译:自然图像分割是模式分类在二维空间中离散随机变量上的特殊应用。在贝叶斯网络的框架中提出了许多出色的分割算法。本文提供了一种基于SLIC超像素和局部CRF模型的区域合并方法。 CRF模型的相应交互电位函数涉及颜色和边缘特征,分别基于直方图和Canny算子的扩散距离来计算。通过相邻重叠的局部CRF模型的传播来实现区域合并。通过与一些竞争模型进行比较,实验结果表明所提出的模型更精确,更健壮,并且能够处理光照不均匀,背景复杂和局部纹理的问题。

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