Realizing Mixed Reality through Mobile Systems Research

R. Likamwa
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引用次数: 0

Abstract

The emergence of mobile mixed reality (MR) and augmented reality (AR) frameworks portends a future of computational immersion, placing virtual objects amidst physical environments. As MR and AR become increasingly accessible and programmable, immersive media experiences will enhance education, training, navigation, productivity, cultural exhibits. However, to sustain MR and AR use cases, mobile systems will be challenged with system bottlenecks to energy efficiency, computational performance, device security, and user privacy. These bottlenecks stem from the visual sensing needs and graphics-intensive workloads that power MR and AR. Properly contextualized and adjusted, a variety of prior mobile systems research projects can find relevance in these emerging paradigms, leveraging continuous mobile vision, edge computing, mobile graphics processing, etc. Further advances can come from future mobile systems research projects. Together, the mobile systems research community can realize these immersive paradigms in our future mobile devices.
通过移动系统研究实现混合现实
移动混合现实(MR)和增强现实(AR)框架的出现预示着计算沉浸的未来,将虚拟对象置于物理环境中。随着MR和AR变得越来越容易使用和可编程,沉浸式媒体体验将增强教育、培训、导航、生产力和文化展览。然而,为了维持MR和AR用例,移动系统将面临能源效率、计算性能、设备安全性和用户隐私等系统瓶颈的挑战。这些瓶颈源于视觉感知需求和为MR和AR提供动力的图形密集型工作负载。适当地进行情境化和调整,各种先前的移动系统研究项目可以在这些新兴范例中找到相关性,利用连续移动视觉,边缘计算,移动图形处理等。进一步的进展可能来自未来的移动系统研究项目。总之,移动系统研究界可以在我们未来的移动设备中实现这些沉浸式范例。
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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