Time-Sensitive Communication in 5G Campus Networks
Wireless Time-Sensitive Communication Enabler
Time Sensitive Communication in Campusnetworks for Teleoperated Control (TICCTEC) is a satelite project in
the german CampusOS call focusing on Open RAN utilisation in 5G-Campusnetworks. TICCTEC will investigate
the conjoint use of Time Sensitive Network protocols and 5G mobile communication networks via
TSN-Translators. The aim is the realise deterministic communication from the edge cloud to the device for
teleoperated robot and vehicle control. Also the integration of D2D communication in such an architecture
shall be investigated to increase reliability and decrease latency in difficult wireless links.
The project is funded by:
the German Federal Ministary for Economic Affaris and Climate Action
TICCTEC project is a collaboration between the following partners:
Deutsche Telekom Chair for Communication Networks at TU Dresden
Fraunhofer Institute for Machine Tools and Forming Technology
Qualcomm CDMA Technologies GmbH
Industrie-Partner GmbH Coswig
The project aims to integrate 5G campus network with TSN. The goal is to develop a communication
system that is tailored to specific applications.The project also includes the development of
remote control for RoboOperator using TSN and D2D functionalities, which is crucial for the effective
operation of AGVs or vehicles in a campus network.
The project uses open
standards and open source implementations, making it easier for application developers to integrate
new use cases into the campus infrastructure. One use case is the remote control of a robot cell,
allowing for autonomous operation from a distance. The second
use case involves remote control of an AGV as a proof of concept for vehicle remote control. The third
use case is the ad-hoc transmission of data between devices.
Researchers all are welcomed for collaboration in the domain of 5G-TSN integration. If you are interested
please contact us.
Prof. Dr.-Ing. Dr. h.c. Frank H. P. Fitzek
Dipl.-Wi.-Ing. Thomas Höschele
Dipl.-Ing. Stefan Senk
© Time-Sensitive Communication in 5G Campus Networks 2023