基于超像素分割的运动前景补孔算法

Guoqing Qiu, Yantao Wang, Yating Wei
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引用次数: 1

摘要

针对主流运动前景提取算法在复杂场景下提取运动目标前景图像中存在的空白问题,本章对提取的前景区域与前景附近的空白区域之间的性质做了深入的分析,提出了一种基于特征融合的像素分割相结合的孔洞填充算法。由于SLIC超像素分割在像素的颜色特征上差别不大,因此运动的前景像素会被分割成统一的超像素,导致区域内部不均匀。该算法巧妙地引入了LBP纹理特征,可以根据运动前景图像的轮廓信息进行更好的分割。最后,结合显著性运动前景目标图像填充,得到较为理想的运动前景图像。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Algorithm for the Hole Filling of Motion Foreground Based on Superpixel Segmentation
For mainstream sports foreground extraction algorithm in complex scenarios to extract the prospect of movement target image problems is empty, this chapter to the extraction of the prospect areas and the prospects of a nearby empty area between nature has made the thorough analysis, put forward a kind of based on feature fusion of pixel segmentation combined with a significant test of hole filling algorithm. Since the SLIC superpixel segmentation has little difference in the color features of pixels, the moving foreground pixels will be divided into unified superpixel, resulting in the uneven interior of the region. This algorithm cleverly introduces the LBP texture feature, which can be better segmented according to the contour information of the moving foreground image. Finally, with the combination of saliency moving foreground target image filling, a more ideal moving foreground image is obtained.
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