提高可靠性的无线多路径通信演示

Christopher Lehmann, Yijun Zhu, Andreas Ingo Grohmann, F. Fitzek
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引用次数: 0

摘要

本作品中描述的演示器展示了无线多路径通信,可在要求苛刻的场景中为移动工业应用实现超可靠低延迟通信(URLLC),以云原生方式实施闭环控制系统。我们展示了由位于边缘云中的中央实体控制的移动车辆,这些车辆通过十字路口时能够精确协调。为了确保无缝运行,与控制器的连接必须超可靠、低延迟,否则移动车辆可能会崩溃。为此,我们并行使用了 WiFi 网络和第五代蜂窝移动通信(5G)网络的非公共网络(NPN),以提高每个链路对延迟和损耗的稳健性。观众可以通过与演示互动来体验多路径通信的好处。
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Demonstration of Wireless Multi-Path Communication to Improve Reliability
The demonstrator described in this work shows wireless multi-path communication to enable Ultra Reliable Low Latency Communication (URLLC) for mobile industrial applications in demanding scenarios, that implement closed-loop control systems in a cloud-native manner. We show mobile vehicles that are coordinated precisely through an intersection, controlled by a central entity located in an edge cloud. In order to ensure seamless operation, the connection to the controller needs to be ultra-reliable and with low latency, otherwise the mobile vehicles may crash. To enable this we use a WiFi network as well as a Non Public Network (NPN) of the 5th Generation of cellular mobile communications (5G) network in parallel to increase robustness against delays and losses on each individual link. The audience can experience the benefits of multi-path communication by interacting with the demonstration.
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