How does the shape descriptor measure the perceptual quality of the retargeting image?

Lin Ma, Long Xu, H. Zeng, K. Ngan, Chenwei Deng
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引用次数: 8

Abstract

Perceptual quality evaluation of the retargeting image plays an important role in benchmarking different retargeting methods, as well as guiding or optimizing the retargeting process. The distortions introduced during the retargeting process are mainly categorized into shape distortion and content information loss [1]. The shape distortion measurement is critical to the evaluation of retargeting image perceptual quality. In this paper, the performances of different shape descriptors, such as PHOW [2], GIST [3], MPEG-7 descriptors [4], EMD [5], for evaluating the perceptual quality of the retargeting image are examined based on the public image retargeting subjective quality database [6]. Experimental results demonstrated that most of the shape descriptors can hardly capture the characteristics representing the quality of the retargeting image, but the global shape descriptor GIST [3] presents significant performance gains. Moreover, by incorporating with the measurements from the perspective of content information loss, a better performance is further obtained.
形状描述符如何测量重定位图像的感知质量?
重定向图像的感知质量评价对不同的重定向方法进行基准测试,指导或优化重定向过程具有重要作用。重定向过程中产生的畸变主要分为形状畸变和内容信息丢失两类。形状畸变测量是评价重定向图像感知质量的关键。本文基于公共图像重定向主观质量数据库[6],研究了PHOW[2]、GIST[3]、MPEG-7[4]、EMD[5]等不同形状描述符对重定向图像感知质量评价的性能。实验结果表明,大多数形状描述符很难捕捉到代表重定向图像质量的特征,但全局形状描述符GIST[3]的性能有显著提高。此外,结合内容信息丢失角度的测量,进一步获得了更好的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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