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Weighted Subspace Distance and Its Applications to Object Recognition and Retrieval With Image Sets

机译:加权子空间距离及其在图像集物体识别和检索中的应用

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摘要

We address the problem of measuring the distance between two subspaces, each of which is spanned by an image set. In the existing methods, only the orthonormal basis is used to represent the subspace. However, the images are usually distributed in a limited area, rather than the whole subspace. Therefore, the characteristics of the distribution should also be considered. In this letter, a weighted subspace distance (WSD) is proposed, in which the principal component values of the data set are adopted to calculate the weights. Experimental results on object recognition and retrieval with image sets demonstrate the effectiveness of our proposal.
机译:我们解决了测量两个子空间之间的距离的问题,每个子空间都由一个图像集覆盖。在现有方法中,仅使用正交基来表示子空间。但是,图像通常分布在有限的区域中,而不是整个子空间中。因此,还应考虑分布的特征。在这封信中,提出了加权子空间距离(WSD),其中采用数据集的主成分值来计算权重。利用图像集进行物体识别和检索的实验结果证明了我们的建议的有效性。

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