Immersive technology is expected to become a key player in the next wave of consumer electronics with potential applications spanning a wide variety of sectors. Yet, there are a number of technological hurdles which need to be addressed. Without speed and computation capability, interactivity cannot be ensured. More than often the constrained nature of the mobile device demands is complemented by cloud ones through the use of cloud offloading techniques. With cloud offloading, battery consumption and processing performance problems are translated into sensor data selection and network latency problems. In this context, we focus our study on some functional building blocks that can be used in conjunction and deployed in a 5G virtualized architecture to alleviate bandwidth and latency requirements of immersive application scenarios. To this end, we have created an experimental scenario exploiting real data to test our combined solution based on the field of view cut and optimized transport protocols, discussing the tradeoffs that emerge.

中文翻译：

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在5G网络中通过NFV解决沉浸式应用的带宽需求

身临其境的技术有望成为下一波消费电子产品的关键参与者，其潜在的应用范围广泛。但是，有许多技术障碍需要解决。没有速度和计算能力，就无法确保交互性。通过使用云卸载技术，移动设备需求的受限性质通常会被云需求所补充。随着云的卸载，电池消耗和处理性能问题转化为传感器数据选择和网络延迟问题。在这种情况下，我们将研究重点放在可以结合使用并部署在5G虚拟化架构中的一些功能构建块上，以减轻沉浸式应用场景的带宽和延迟要求。为此，