Tanaka Kazuaki, Oshiro Kentaro, Yamashita Naomi, Nakanishi Hideyuki
Faculty of Information and Human Sciences, Kyoto Institute of Technology, Kyoto, Japan.
Independent Researcher, Yokohama, Japan.
Front Robot AI. 2024 Apr 5;11:1303440. doi: 10.3389/frobt.2024.1303440. eCollection 2024.
Conventional techniques for sharing paper documents in teleconferencing tend to introduce two inconsistencies: 1) media inconsistency: a paper document is converted into a digital image on the remote site; 2) space inconsistency: a workspace deliberately inverts the partner's handwriting to make a document easy to read. In this paper, we present a novel system that eliminates these inconsistencies. The media and space inconsistencies are resolved by reproducing a real paper document on a remote site and allowing a user to handover the paper document to a remote partner across a videoconferencing display. From a series of experiments, we found that reproducing a real paper document contributes to a higher sense of information sharing. We also found that handing over a document enhances a sense of space sharing, regardless of whether the document is digital or paper-based. These findings provide insights into designing systems for sharing paper documents across distances.
1)媒体不一致性:纸质文档在远程站点被转换为数字图像;2)空间不一致性:工作区故意反转对方的笔迹以使文档易于阅读。在本文中,我们提出了一种消除这些不一致性的新颖系统。通过在远程站点重现真实的纸质文档并允许用户通过视频会议显示器将纸质文档移交给远程合作伙伴,解决了媒体和空间不一致性问题。通过一系列实验,我们发现重现真实的纸质文档有助于提高信息共享感。我们还发现,无论文档是数字的还是纸质的,移交文档都能增强空间共享感。这些发现为设计跨距离共享纸质文档的系统提供了见解。