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Fakultät für Elektrotechnik und Informationstechnik

Towards Resilient Energy Systems: Performance of Mission-critical Communications within Network Slices under Extremely High Load

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© AIM​/​CIRED
D. Overbeck presented the results in the poster session themed “Technologies and Solutions for Resilience Improvement” in this year’s CIRED Workshop.
CNI presents work on live performance of 5G network slicing at CIRED 2024 Workshop as part of the International Conference on Electricity Distribution.

In the first CIRED conference outside Europe, current CNI work on network slicing in a live commercial system was presented in Chicago, USA. The paper titled “Reliable 5G Network Slicing for Distributed Energy Systems: Validation of Live Performance During High-Load Event” validates the capability of network slicing for reliable smart grid communications during a high-load event in a public radio cell. While commercial systems are based on static allocation of slice resources, research at CNI focuses improvements based on machine learning for the next generation of mobile radio networks.

Further information and related research can be found here:

  • D. Overbeck, H. Schippers, F. Kurtz, C. Wietfeld, "Reliable 5G Network Slicing for Distributed Energy Systems: Validation of Live Performance During High-Load Event,“ in CIRED Chicago Workshop 2024, Chicago, USA, November 2024. [pdf] [Details]
  • N. A. Wagner, J. Eßer, I. F. Priyanta, F. Kurtz, M. Roidl, C. Wietfeld, "Real-Time Predictive Scheduling for Networked Robot Control Using Digital Twins and OpenRAN," in IEEE Globecom Workshops (GC Wkshps): Workshop on Digital Twins over NextG Wireless Networks, Cape Town, South Africa, December 2024. [pdf] [Details]