Abstract
For mobile machinery to be operated remotely, a dependable wireless communication system is required. With five generations of wireless networks, remote operations, real-time control, and data collection will be ultra-reliable and low latency. Using 5G radio, digital twins, hardware-in-the-loop development, and our own experiences with the system, we show how a remote mobile machinery control system works. According to our findings, future 5G networks will have a significant reduction in latency and jitter compared to existing LTE infrastructure when using a proper edge computing architecture.
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