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Adaptive Contour Classification of Comics Speech Balloons

机译:漫画语音气球的自适应轮廓分类

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Comic books digitization combined with subsequent comic book understanding give rise to a variety of new applications, including content refiowing, mobile reading and multi-modal search. Document understanding in this domain is challenging as comics are semi-structured documents, with semantic information shared between the graphical and textual parts. Speech balloon contour analysis reveals the speech tone which is an essential step towards a fully automatic comics understanding. In this paper we present the first approach for classifying speech balloon in scanned comic books where we separate and analyze their contour variations to classify them as "smooth" (normal speech), "wavy" (thought) or "zigzag" (exclamation). The experiments show a global accuracy classification of 85.2% on a wide variety of balloons from the eBDtheque dataset.
机译:漫画数字化与随后对漫画的理解相结合,产生了许多新的应用程序,包括内容重新整理,移动阅读和多模式搜索。由于漫画是半结构化的文档,在图形和文本部分之间共享语义信息,因此在这一领域的文档理解具有挑战性。语音气球轮廓分析揭示了语音语调,这是实现全自动漫画理解的必不可少的步骤。在本文中,我们提出了对扫描漫画书中的语音气球进行分类的第一种方法,其中我们分离并分析了它们的轮廓变化,以将其分类为“平滑”(正常语音),“波浪”(思想)或“锯齿形”(感叹号)。实验显示,在来自eBDtheque数据集的各种气球上,全局精度分类为85.2%。

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