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Discovery of a perceptual distance function for measuring image similarity

机译:发现用于测量图像相似性的感知距离函数

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For more than a decade, researchers have actively explored the area of image/video analysis and retrieval. Yet one fundamental problem remains largely unsolved: how to measure perceptual similarity between two objects. For this purpose, most researchers employ a Minkowski-type metric. Unfortunately, the Minkowski metric does not reliably find similarities in objects that are obviously alike. Through mining a large set of visual data, our team has discovered a perceptual distance function. We call the discovered function the dynamic partial function (DPF). When we empirically compare DPF to Minkowski-type distance functions in image retrieval and in video shot-transition detection using our image features, DPF performs significantly better. The effectiveness of DPF can be explained by similarity theories in cognitive psychology.
机译:十多年来,研究人员一直积极探索图像/视频分析和检索领域。然而,一个基本问题仍未解决:如何测量两个物体之间的感知相似度。为此,大多数研究人员采用Minkowski型度量。不幸的是,Minkowski度量无法可靠地找到明显相似的对象之间的相似性。通过挖掘大量可视数据,我们的团队发现了感知距离函数。我们将发现的函数称为动态部分函数(DPF)。当我们在图像检索和使用图像特征进行视频镜头过渡检测中将DPF与Minkowski型距离函数进行经验比较时,DPF的性能要好得多。 DPF的有效性可以通过认知心理学中的相似性理论来解释。

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