混合云计算用于用户位置感知增强现实构建

Ming-Shen Jian, Yi-Chang Wang, Bo Wu, Yu-En Cheng
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引用次数: 2

摘要

本文提出了用于用户位置感知增强现实构建的混合云计算,包括三个层:估计层、场景层和表示层。基于估计层中的“到达角度”定位方法,可以考虑个人用户的位置感知信息。通过场景层,可以快速动态地重建各种增强现实内容。提出了场景虚拟机、材料与物理参数数据库、重定向管理三种类型的虚拟机。基于所提出的系统结构,可以降低各种显示设备的AR建设成本。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hybrid cloud computing for user location-aware augmented reality construction
In this paper, the Hybrid Cloud Computing for User Location-aware Augmented Reality Construction is proposed including three layers: Estimation Layer, Scenario Layer, and Presentation Layer. Based on “Angle of the Arrival” position method in Estimation Layer, the location-aware information of individual user can be considered. According to Scenario Layer, the various augmented reality contents can be rapidly and dynamically re-established. Three types of virtual machines including scenario virtual machine, material and physical parameter database, and re-direction management are proposed Based on the proposed system structure, the cost of AR construction can be reduced for the various display devices.
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