论文标题
超越元视频：xv（扩展的元/uni/verse）
Beyond the Metaverse: XV (eXtended meta/uni/Verse)
论文作者
论文摘要
我们提出术语和概念XV（扩展的元/omni/uni/verse），作为共享/社会虚拟现实的替代方案和概括，被广泛称为``metaverse''。 XV共享/社交XR。我们和许多其他人都使用XR（扩展现实）作为广泛的伞和概念来涵盖所有其他现实，其中x是``任何''''''''''''''''，例如在数学中，表示任何现实，表示任何现实，x $ \ in $ \ in $ \ {物理，虚拟，虚拟，增强，\ ldots \ ldots \}现实。因此，XV从XR继承了此普遍性。我们从两个简单的构建基块的所有这些现实的非常简单的有组织的分类学开始：（1）由``原子''制成的物理现实（PR），以及（2）虚拟现实（VR），由``bits''制成。接下来，我们将XV介绍为将所有这些现实与扩展的社会结合在一起，作为（1）``原子''（物理现实），（2）``bits''（虚拟性）和（3）``bits''的三维空间和分类。因此，那些在虚拟现实（VR），增强现实（AR），Metaverse及其各种扩展之间工作的人可以将其工作和研究描述为XV的新领域中。 XV包括元视频，以及现实本身的扩展，例如在红外，紫外线中共享，并共享电磁无线电波，声波和电动机中的电流。例如，机械室里的工人可以看一下泵，并在其电机内实时看到实际旋转磁场的叠加时变波，同时在多个站点上共享这种视觉。 在Metaverse的IEEE标准协会（IEEE Standards Association）上发表：XV（XV（扩展的Meta/Uni/verse），星期四。 2022年12月8日，2：15-3：30pm，美国东部时间。
We propose the term and concept XV (eXtended meta/omni/uni/Verse) as an alternative to, and generalization of, the shared/social virtual reality widely known as ``metaverse''. XV is shared/social XR. We, and many others, use XR (eXtended Reality) as a broad umbrella term and concept to encompass all the other realities, where X is an ``anything'' variable, like in mathematics, to denote any reality, X $\in$ \{physical, virtual, augmented, \ldots \} reality. Therefore XV inherits this generality from XR. We begin with a very simple organized taxonomy of all these realities in terms of two simple building blocks: (1) physical reality (PR) as made of ``atoms'', and (2) virtual reality (VR) as made of ``bits''. Next we introduce XV as combining all these realities with extended society as a three-dimensional space and taxonomy of (1) ``atoms'' (physical reality), (2) ``bits'' (virtuality), and (3) ``genes'' (sociality). Thus those working in the liminal space between Virtual Reality (VR), Augmented Reality (AR), metaverse, and their various extensions, can describe their work and research as existing in the new field of XV. XV includes the metaverse along with extensions of reality itself like shared seeing in the infrared, ultraviolet, and shared seeing of electromagnetic radio waves, sound waves, and electric currents in motors. For example, workers in a mechanical room can look at a pump and see a superimposed time-varying waveform of the actual rotating magnetic field inside its motor, in real time, while sharing this vision across multiple sites. Presented at IEEE Standards Association, Behind and Beyond the Metaverse: XV (eXtended meta/uni/Verse), Thurs. Dec. 8, 2022, 2:15-3:30pm, EST.
