广义多尺度缝刻

David D. Conger, Mrityunjay Kumar, H. Radha
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引用次数: 11

摘要

随着显示设备的丰富和多样化,新的图像大小调整技术已成为人们所需要的。内容感知图像调整(重定向)技术已经被提出,显示出传统技术如裁剪和重采样的改进。特别是,接缝雕刻作为一种有效的解决方案而受到关注,它使用简单的过滤器来检测和保留图像的高能区域。然而,它对各种图像类型的鲁棒性更强。为了促进这种改进,我们在更一般的框架和过滤器组的背景下重新定义了接缝雕刻。这使得改进的滤波器设计,并导致多尺度模型,解决了图像特征的规模问题。我们建立了一种广义的多尺度模型,以改进现有的各种图像的缝雕刻方法。
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Generalized multiscale seam carving
With the abundance and variety of display devices, novel image resizing techniques have become more desirable. Content-aware image resizing (retargeting) techniques have been proposed that show improvement over traditional techniques such as cropping and resampling. In particular, seam carving has gained attention as an effective solution, using simple filters to detect and preserve the high-energy areas of an image. Yet, it stands to be more robust to a variety of image types. To facilitate such improvement, we recast seam carving in a more general framework and in the context of filter banks. This enables improved filter design, and leads to a multiscale model that addresses the problem of scale of image features. We have found our generalized multiscale model to improve on the existing seam carving method for a variety of images.
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