Layered-XR: A Utility Virtual-Real Fusion Based on Layer Sets

Jinjing Dai, Gang Wu, Chang Liu, Qiang Lin, Jiayi Mi
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Abstract

With the increasing cultural needs of people, traditional performances are facing unprecedented challenges. Extended Reality (XR) has dramatically improved the audiovisual experience of the audience. However, previous virtual-reality fusion technology requires professional operation and high cost, limiting its large-scale application. One promising solution is to decompose complex fusion space into different video layers for independent processing to reduce operation difficulty and cost. Consequently, this paper proposes a utility virtual-real fusion framework based on layer sets (Layered-XR) by inserting various user-defined ‘virtual’ and ‘real’ contents into different video layers equipped with the presentation switch that efficiently operates on/off of layers in real-time. The application of the proposed framework in virtual broadcasting verified that the Layered-XR realized utility and efficient solutions for virtual-real fusion video production.
分层xr:基于层集的实用虚实融合
随着人们文化需求的不断增加,传统表演正面临着前所未有的挑战。扩展现实(XR)极大地改善了观众的视听体验。然而,以往的虚拟现实融合技术需要专业的操作和高昂的成本,限制了其大规模应用。将复杂的融合空间分解成不同的视频层进行独立处理,以降低操作难度和成本,是一种很有前景的解决方案。因此,本文提出了一种基于层集(layeredxr)的实用虚实融合框架,通过将各种用户定义的“虚拟”和“真实”内容插入到不同的视频层中,并配备了实时有效地打开/关闭层的呈现开关。该框架在虚拟广播中的应用验证了分层xr实现了虚实融合视频制作的实用性和高效解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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