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Professorship Communications Engineering
Current Projects
Professorship Communications Engineering 


Current Projects


WIMLT - Wireless-enabled In-track Magnetic Levitation Transport system

WIMLT

The WIMLT project is a German–Korean joint R&D initiative aimed at developing a next-generation intra-logistics transport system for ultra-clean, high-precision manufacturing environments, such as semiconductor, display, battery, and pharmaceutical production. The project runs from December 2025 to November 2028 and is supported under the 11th German–Korean Call for Proposals for Joint R&D Projects.

Motivation and Indu...

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AMAZING-6G - Amazing Large-Scale Trials and Pilots for Verticals in 6G

AMAZING-6G

AMAZING-6G introduces 14 innovative use cases in healthcare, public safety, energy, and transport (including rail), to be demonstrated through large-scale trials across Europe. The project will develop and test enabling technologies in communications, Compute-as-a-Service, applications and AI, IoT, and localization, with security integrated throughout.

Large-scale B5G/6G trials are critical not only for validating technical p...

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5G-DiGITs - Cross-sectorial education and talent development for beyond 5G Digital and Green Industrial Technologies

5G-DiGITs

The 5G-DiGITs Alliance project tackles the challenges posed by the rapid advancement of 5G technologies by fostering innovation, entrepreneurship, and knowledge sharing among higher education institutions, vocational education and training (VET) providers, and industry partners. Its activities aim to build a skilled workforce capable of driving Europe’s digital and green transitions, ensuring the broad benefits of advanced 5G technologies...

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VdFOS - Virtualisierung von Balisen-(Teil)funktionen durch Fiber Optic Sensing (FOS)

VdFOS

The project aims to enable the FOS system to clearly locate a train. Localisation should be made possible or simplified by a specific, clear acoustic signal. For this purpose, different variants of emissions and coding and their effect on the necessary evaluation algorithms must be analysed. The aim is to enable reliable evaluation and localisation using deterministic methods that are as simple as possible. A known signal is to be sent to the ...

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