Interactive dirt: increasing mobile work performance with a wearable projector-camera system
Interactive dirt: increasing mobile work performance with a wearable projector-camera system
复制标题
交互式污垢：通过可穿戴投影仪相机系统提高移动工作性能
DOI：
10.1145/1620545.1620577
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发表时间：
2009
期刊：
影响因子：
--
通讯作者：
Steven M. Wilder
中科院分区：
文献类型：
--
作者：
D. C. McFarlane;Steven M. Wilder
移动的团队合作要求人们对其真实的世界环境保持良好的态势感知（SA）。当前的移动的设备是高度便携的，但是它们的用户界面（UI）需要太深的关注焦点以允许它们的用户使用它们并且同时维持SA。因此，一些移动的从业者很少或根本无法获得有用的基于计算机的交互式服务。受现有投影仪-摄像机系统的启发，本文研究了开发可穿戴投影仪-摄像机系统的可行性，该系统使用户能够访问人机交互（HCI）服务，而不会对SA产生负面影响。利用廉价的现成商业技术开发了“交互式污垢”系统的功能原型。作为形成性评估，进行了实地实验，以测试SA-军事稳定性和支持行动（SASO）极端移动的团队合作的要求下的原型的效用。结果表明，强大的潜力，以提高性能的移动的团队。
Mobile teamwork requires people to maintain good situational awareness (SA) about their real world environments. Current mobile devices are highly portable, but their user interfaces (UIs) require too deep of focus of attention to allow their users to use them and simultaneously maintain SA. As a result, some mobile practitioners have little or no access to useful computer-based interactive services. Inspired by existing projector-camera systems, this paper studies the feasibility of developing a wearable projector-camera system that enables users to access human-computer interaction (HCI) services without negatively affecting their SA. A functional prototype of the "Interactive Dirt" system was developed using inexpensive commercial off-the-shelf technologies. A field experiment was conducted as a formative evaluation to test the utility of the prototype under extreme mobile teamwork requirements for SA--military stability and support operations (SASO). Results show strong potential to increase performance of mobile teams.