Web infrastructure for virtual reality

虚拟现实(VR)环境一直是专业游戏引擎的研究范围，但互联网网络服务器和相关的联网方法有望扩大VR的覆盖范围，这将允许包括教育和博物馆在内的更多人使用这项技术。WebVR是即将推出的浏览器VR标准，但它也带来了许多性能和优化方面的挑战。在VR环境中，为了防止模拟器疾病并保持在真实世界中操作的错觉，交互的帧速率和逼真度都是至关重要的。轻量级Docker容器的使用使子系统能够并行处理图形操作，同时满足用户的性能期望。该项目考虑使用后端架构和Web渲染技术来维护逼真的虚拟环境。

Virtual Reality (VR) environments have been the purview of specialized gaming engines, but internet webservers and associated networking approaches promise to broaden the reach of VR, which will permit manymore uses of the technology including education and museums. WebVR is a forthcoming standard for VR inthe browser, but it comes with many performance and optimization challenges. In a VR environment, the framerate and fidelity of interaction are all critical in order to prevent simulator sickness and maintain the illusion ofoperating in the real world. The use of lightweight Docker containers enables subsystems to process graphicaloperations in parallel while meeting the performance expectations of the user. This project considers back-endarchitecture and web rendering technologies to maintain realistic virtual environments.