首页> 外文会议>Proceedings of the Fourth Australasian user interface conference on User interfaces 2003 >Use of video shadow for small group interaction awareness on a large interactive display surface
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Use of video shadow for small group interaction awareness on a large interactive display surface

机译:使用视频阴影在大型交互式显示表面上进行小组互动意识

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This paper reports work done as part of the Large Interactive Display Surface(LIDS) project at the University of Waikato. One application of the LIDS equipment is distributed meeting support. In this context large display surfaces are used as shared workspaces by people at collaborating sites. A meeting will start with a shared presentation document, typically an agenda document with summary and detail on agenda items as required. During the meeting, annotations will be made on the shared document, and new pages will be added with notes and drawings.To prevent access collisions and generally mediate use of the shared space, mechanisms to provide awareness of actions of people at other sites are required. In our system a web camera is used to capture a low-resolution image of the person/people near the board on each side. Rather than transmit the image directly we compute a shadow/silhouette The shadow is displayed 'behind' other screen content. This provides awareness of position and impending write actions and allows intentional pointing to locations on the screen. It also has the advantages of being transmitted with low bandwidth, being relatively insensitive to low frame rates, and minimizing visual interference with the substantive data being displayed on the screen.
机译:本文报告了怀卡托大学在大型交互式显示表面(LIDS)项目中所做的工作。 LIDS设备的一种应用是分布式会议支持。在这种情况下,协作站点中的人员将大型显示表面用作共享工作空间。会议将从共享的演示文稿开始,通常是议程文件,其中包含所需的议程项目的摘要和详细信息。会议期间,将在共享文档上进行批注,并在新页面上添加注释和图形。为防止访问冲突和一般性地调动共享空间的使用,需要一种机制来使人们意识到其他站点上的人员的行为。在我们的系统中,网络摄像头用于捕获木板两侧的人的低分辨率图像。我们不是直接发送图像,而是计算阴影/轮廓。阴影显示在其他屏幕内容的“后面”。这样可以感知位置和即将发生的写操作,并可以有意地指向屏幕上的位置。它还具有以下优点:以低带宽发送,对低帧速率相对不敏感,并最大程度地减小了对屏幕上显示的实质数据的视觉干扰。

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