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Learning Based Saliency Weighted Structural Similarity

机译:基于学习的显着性加权结构相似度

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Image quality assessment (IQA) is a critical issue in image processing applications, but commonly used criterions for image quality assessment do not map well with perceived quality. The recently proposed structural similarity (SSIM) is regarded as an excellent work in image quality assessment criterions, but it only consider local information and ignore some important global concepts. Based on the SSIM image quality assessment criterion and the detection of visual saliency in image, this paper proposes a learning based saliency weighted structural similarity IQA criterion. The algorithm combines the SSIM index and saliency map in a machine learning framework to learn a mapping from these features to perceived image quality. Experiments on a standard image quality assessment database show that our algorithm performs better than commonly used criterions, and our algorithm captures results which correlate well with subjective judgments of image quality.
机译:图像质量评估(IQA)在图像处理应用程序中是一个关键问题,但是通常使用的图像质量评估标准不能很好地与感知质量匹配。最近提出的结构相似性(SSIM)在图像质量评估标准中被认为是一项出色的工作,但它仅考虑本地信息,而忽略了一些重要的全局概念。基于SSIM图像质量评估标准和图像视觉显着性检测,提出了一种基于学习的显着性加权结构相似性IQA准则。该算法在机器学习框架中结合了SSIM索引和显着性图,以学习从这些特征到感知图像质量的映射。在标准图像质量评估数据库上进行的实验表明,我们的算法比常用的标准具有更好的性能,并且我们的算法所捕获的结果与图像质量的主观判断密切相关。

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