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Homography-based image mosaicing for automatically removing partial foreground objects

机译:基于单应影像的图像拼接,可自动删除部分前景对象

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Image mosaicing is an effective means of constructing a single panoramic image from a series of snapshots taken in different viewing angles. However, in the case of congested traffic scenes with a cluttered environment including vehicles or pedestrians, there are severe difficulties in aligning a pair of snapshots. In such cases, some objects would be taken only in one of the image pair, thereby resulting in failure in stitching the pair of images. This paper deals with three types of techniques for performing an image mosaicing: Homography estimation for determining geometrical relationships between the image pair, Expectation-Maximization algorithm for removing inconsistent overlapping region, and Graph Cuts for seamless stitching and background estimation. Experimental results indicate that the proposed technique is effective to synthesize a panoramic image from a series of narrow-field-of-view snapshots.
机译:图像拼接是从以不同视角拍摄的一系列快照构造单个全景图像的有效手段。但是,在拥挤的交通场景中,包括车辆或行人在内的环境杂乱无章,对齐一对快照存在严重困难。在这种情况下,某些对象将仅在图像对中的一个中被拍摄,从而导致拼接图像对失败。本文涉及执行图像拼接的三种类型的技术:用于确定图像对之间的几何关系的单应估计,用于消除不一致重叠区域的Expectation-Maximization算法以及用于无缝拼接和背景估计的Graph Cuts。实验结果表明,所提出的技术可以有效地从一系列窄视野快照中合成全景图像。

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