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CBCS - Comic Book Cover Synopsis: Generating Synopsis of a Comic Book with Unsupervised Abstractive Dialogue

机译:CBCS - 漫画书籍封面概要:用无监督的抽象对话生成漫画概念

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Document analysis which aims at understanding the semantics of the document is an active field of research in today’s world. Growth of graphical novels such as comics is magnificent, by incorporating digitized and digital-born comics. This enables a machine intelligence to recognize the key elements present in a comic book story. Analyzing comic story book is complex as they contains text drawings, balloons embedded in a comic page and these elements are considered as key components of a comic The transition in digital era has made the people to have a different approach in reading out the books through comics and with the world moving towards automation, the proposed work incorporated deep learning approaches to analyze the key components contained in comics. This work aimed to design a model to automatically learn to extract the comic specific components and further identification of text has been done using pre-trained language recognition models. The main objective of the proposed work is to have quick and crisp understanding of a comic story. Hence, the proposed work designed to generate the unsupervised abstractive dialogues representing the whole story without losing the essence of it. The proposed work has attained an improved performance over traditional method for generating the abstractive summarized story and state-of-the-art method for comic component detection.
机译:旨在了解文件语义的文献分析是当今世界的一个积极的研究领域。通过纳入数字化和数字出生的漫画,漫画等图形小说的成长是壮观的。这使得机器智能能够识别漫画书故事中存在的关键元素。分析漫画故事书是复杂的,因为它们包含文本图纸,嵌入在漫画页面中的气球和这些元素被认为是漫画的关键组成部分,数字时代的过渡使人们通过漫画读出书籍时具有不同的方法随着世界走向自动化的,拟议的工作纳入了深入的学习方法,分析了漫画中包含的关键组成部分。这项工作旨在设计一个模型,自动学习提取漫画特定组件,并使用预先接受预先接受的语言识别模型进行进一步识别文本。拟议工作的主要目标是快速而清晰地了解漫画故事。因此,拟议的工作旨在生成代表整个故事的无监督的抽象对话,而不会失去它的本质。拟议的工作已经提高了对传统方法的改进性能,用于为漫画组件检测产生抽象总体故事和最先进的方法。

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