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The desire for increased flexibility in production and logistics goes hand in hand with a growing need for continuous positioning of mobile vehicles, products and materials. 5G meets this need by striving for a gradual improvement in positioning accuracy. In 2022, Fraunhofer IIS was able to perform the worldwide first RAT-dependent indoor localization with 5G using time difference of arrival measurements (TDOA).

In the online session 5G DIALOG, you have the chance to see a live demonstration of a 5G positioning with Uplink TDOA for industrial environments and to understand the technical boundaries. In the 5G testbed Industry 4.0 at Fraunhofer IIS, an open environment for testing specific use cases in industry and logistics, we are showing how a commercial UE and a driverless transport system can be located in an industrial environment and which further projects Fraunhofer IIS supports with its positioning algorithms.

Agenda

6 p.m.: Check-in
Fabian Haas (NIK)                

6:05 p.m.: Welcome remarks and short introduction to 5G technologies and applications
Karin Loidl (Fraunhofer IIS)

6:10 p.m.: Technical background on 5G positioning with Uplink TDOA for industrial environments
Jochen Seitz (Fraunhofer IIS), Maximilian Kasparek (Fraunhofer IIS)

6:25 p.m.: Demonstrations of 5G positioning in the 5G Bavaria testbed industry 4.0
Maximilian Kasparek (Fraunhofer IIS) und Jan Niklas Bauer (Fraunhofer IIS)

6:35 p.m.: Further project examples
Maximilian Kasparek (Fraunhofer IIS) und Jochen Seitz (Fraunhofer IIS)

6:45 p.m.: Questions and answers

6:55 p.m.: Closing Remarks
Fabian Haas (NIK), Karin Loidl (Fraunhofer IIS)

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