论文标题
旨在使下一代社会虚拟现实应用于虚拟人类传送
Towards Enabling Next Generation Societal Virtual Reality Applications for Virtual Human Teleportation
论文作者
论文摘要
虚拟现实（VR）是具有巨大社会潜力的新兴技术。它最令人兴奋和最有前途的用例包括远程场景内容和不受限制的终身导航。本文首先强调了这种未来社会应用的相关性以及实现它们的挑战。然后，它提供了几种新兴技术和非常规技术的广泛和上下文的高级观点，并认为，只有通过它们的协同整合，它才能对超密集型计算，超高数据速率的基本性能瓶颈，超高的延迟率和超低延迟延迟才能延迟能够启用Untetered和Lifelike Vr Imperike Vr Imperike Vr Imperike Imperike Imperike Imperike Immerike Immersion Immersion。引入了一个新颖的未来系统概念，该概念体现了这种整体集成，并与严格的分析统一，以捕获在这种情况下产生的通信，计算和信号可伸缩性之间的基本协同作用和相互作用，并同时提高其性能。最终提出了一些代表性的结果，强调了这些权衡以及设想系统的好处。
Virtual reality (VR) is an emerging technology of great societal potential. Some of its most exciting and promising use cases include remote scene content and untethered lifelike navigation. This article first highlights the relevance of such future societal applications and the challenges ahead towards enabling them. It then provides a broad and contextual high-level perspective of several emerging technologies and unconventional techniques and argues that only by their synergistic integration can the fundamental performance bottlenecks of hyper-intensive computation, ultra-high data rate, and ultra-low latency be overcome to enable untethered and lifelike VR-based remote scene immersion. A novel future system concept is introduced that embodies this holistic integration, unified with a rigorous analysis, to capture the fundamental synergies and interplay between communications, computation, and signal scalability that arise in this context, and advance its performance at the same time. Several representative results highlighting these trade-offs and the benefits of the envisioned system are presented at the end.
