Webpage cross-browser test from image level

P. Lu, Wei-liang Fan, Jun Sun, H. Tanaka, S. Naoi
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引用次数: 5

Abstract

Incompatibility of webpages under different browsers and platforms is a typical technical obstruction for webpage design. To address this issue, a key challenge is to automatically detect the incompatible components and quantitatively assess the distortion extent in cross-browser tests. This paper presents a new algorithm for image pair comparison from webpages, called iterative perceptual hash (IPH), as well as a new distortion evaluation index called structure-color-saliency (SCS). The IPH that operates in an iterative manner is proposed to detect content changes considering both global structure and local content difference. The SCS assesses the distortion extent in both dimensions of image structure and color and is capable of imitating the nonlinear human perception. Experiment results demonstrate the effectiveness of IPH (e.g., F1-score 96%) and the high consistency of SCS with subjective results.
网页跨浏览器测试从图像级别
网页在不同浏览器和平台下的不兼容性是网页设计的典型技术障碍。为了解决这个问题,一个关键的挑战是在跨浏览器测试中自动检测不兼容的组件并定量评估扭曲程度。本文提出了一种新的网页图像对比较算法——迭代感知哈希(IPH),以及一种新的失真评价指标——结构-颜色显著性(SCS)。同时考虑到全局结构和局部内容的差异,提出了以迭代方式运行的IPH检测内容变化。SCS在图像结构和颜色两个维度上评估失真程度,能够模仿非线性的人类感知。实验结果证明了IPH的有效性(如f1评分96%),以及SCS与主观结果的高度一致性。
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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