Ethereal planes: a design framework for 2D information space in 3D mixed reality environments
Ethereal planes: a design framework for 2D information space in 3D mixed reality environments
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Etherealplanes：3D混合现实环境中2D信息空间的设计框架
DOI：
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发表时间：
2014
期刊：
影响因子：
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通讯作者：
Pourang Irani
中科院分区：
文献类型：
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作者：
Barrett Ens;Juan David Hincapié;Pourang Irani
信息空间是一种虚拟空间，它通过将信息映射到物理环境来帮助我们管理信息。这个广泛影响的概念已经被解释为各种形式，通常与混合现实相结合。我们提出了Ethereal Planes，一个将2D信息空间的许多现有变体联系在一起的设计框架。Ethereal Planes旨在帮助设计下一代技术的用户界面，例如头戴式显示器。从广泛的文献综述，我们封装的共同属性，现有的新颖的设计在七个设计维度。将审查的设计映射到框架维度揭示了一组常见的使用模式。我们将讨论如何有条不紊地应用以太平面框架来帮助激发新的设计。我们提供了一个具体的例子，该框架的实用程序在设计的个人驾驶舱，头戴式显示器的窗口管理系统。
Information spaces are virtual workspaces that help us manage information by mapping it to the physical environment. This widely influential concept has been interpreted in a variety of forms, often in conjunction with mixed reality. We present Ethereal Planes, a design framework that ties together many existing variations of 2D information spaces. Ethereal Planes is aimed at assisting the design of user interfaces for next-generation technologies such as head-worn displays. From an extensive literature review, we encapsulated the common attributes of existing novel designs in seven design dimensions. Mapping the reviewed designs to the framework dimensions reveals a set of common usage patterns. We discuss how the Ethereal Planes framework can be methodically applied to help inspire new designs. We provide a concrete example of the framework's utility during the design of the Personal Cockpit, a window management system for head-worn displays.