Magic Bookmark: A Nonintrusive Electronic System for Functionalizing Physical Books
Magic Bookmark: A Nonintrusive Electronic System for Functionalizing Physical Books
复制标题
魔法书签：一种用于实体书籍功能化的非侵入式电子系统
DOI：
10.1002/aisy.202100138
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发表时间：
2021
影响因子：
7.4
通讯作者：
Bairaktaris G
中科院分区：
文献类型：
--
作者：
Bairaktaris G
使用物理纸通常是首选，因为它独特的物理性质，提高阅读的各个方面。然而，数字媒体和信息更加吸引人、多样化和更新，从而挑战了纸张在我们日常生活中的存在。通过两种媒体的无缝结合，多媒体内容的互动性可以补充阅读体验，保持纸质书的独特感觉。目前解决这个问题的技术对阅读体验有负面影响，而且通常没有考虑所提出的解决方案的可制造性和可持续性。本文介绍了一种自动识别实体书打开页面的技术解决方案Magic Bookmark，在不显著改变用户行为和体验的情况下提供无缝增强。实现了三种替代解决方案，具有不同程度的易用性、大规模可制造性和数据读取的可靠性。发现最优的实现是一个反射光学读出阵列，为实现路线，可能允许混合的图形和功能方面的增强图书提出。
The use of physical paper is often preferred due to its unique physical properties that improve various aspects of reading. However, digital media and information are more engaging, diverse, and up to date, thereby challenging the existence of paper in our everyday life. By combining the two types of media in a seamless way, the interactivity of multimedia content can complement the reading experience, maintaining the unique feel of paper books. The current state of the art addressing this application negatively impacts the reading experience and often does not consider the manufacturability and sustainability of the proposed solutions. Herein, the Magic Bookmark, a technical solution for automatically recognizing the open page of a physical book, to provide seamless augmentation without changing the user's behavior and experience significantly is introduced. Three alternative solutions are implemented, with various degrees of ease of use, manufacturability at scale, and reliability of data reading. The optimal realization is found to be a reflective optical readout array, for which routes to implementation that may allow blending the graphical and functional aspects of the augmented book are proposed.
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