Abstract Perceptual uniform descriptor and ranking on manifold for image retrieval
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Perceptual uniform descriptor and ranking on manifold for image retrieval

机译:感知统一描述符和排名在歧管上进行图像检索

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AbstractIncompatibility of image descriptor and ranking has been often neglected in image retrieval. In this paper, Manifold Learning and Gestalt Psychology Theory are involved to solve the problem of incompatibility. A new holistic descriptor called Perceptual Uniform Descriptor (PUD) based on Gestalt psychology is proposed, which combines color and gradient direction to imitate human visual uniformity. PUD features in the same class images distributes on one manifold in most cases, as PUD improves the visual uniformity of the traditional descriptors. Thus, we use manifold ranking and PUD to realize image retrieval. Experiments were carried out on four benchmark data sets, and the proposed method is shown to greatly improve the accuracy of image retrieval. Our experimental results in Ukbench and Corel-1K datasets demonstrate that N-S score reached 3.58 (HSV 3.4) and mAP at 81.77% (ODBTC 77.9%) respectively by utilizing PUD which has only 280 dimensions. The results are higher than other holistic image descriptors including local ones as well as state-of-the-arts retrieval methods.]]>
机译:<![cdata [ 抽象 图像描述符和排名的不兼容在图像检索中通常忽略。在本文中,涉及多方面的学习和格式塔心理学理论,解决了不相容的问题。提出了一种基于格式塔心理学的感知统一描述符(PUD)的新的整体描述符,其结合了颜色和梯度方向以模仿人类的视觉均匀性。同一类图像中的PUD功能在大多数情况下在一个歧管上分发,因为PUD提高了传统描述符的视觉均匀性。因此,我们使用歧管排名和pud来实现图像检索。在四个基准数据集中进行实验,并显示了所提出的方法,以大大提高图像检索的准确性。我们在UKBENCH和COREL-1K数据集中的实验结果表明,N-S分数分别通过使用仅有280维的PUD达到3.58(HSV 3.4),并分别地图以81.77%(ODBTC 77.9%)。结果高于其他整体图像描述符,包括本地的图像描述函数以及最先进的检索方法。 ]>

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