The Nomadic 5G Positioning Testbed is your platform for testing localization with 5G at an early stage. It allows you to test the new positioning functionalities in 5G directly on your premises before commercial equipment is available and start application-specific optimizations for industrial applications. It gives you a head start in the integration of position-based services for your logistics and production processes.
The 5G Industrial Laboratory Bischheim (5GiLabB) is testing innovative use cases for the maintenance, monitoring and quality control of trains using 5G technology. The project aims to define an optimized scenario for 5G campus networks, demonstrate their potential for the quality management of train maintenance processes and investigate possibilities for expansion in other industrial contexts.
The Grenzenlos5G@BYBW project is testing the use of 5G for data-intensive control of devices and vehicles over long distances under real conditions in the Swabian region. The central projects include “Intralogistics of the future” and “Automated loading and unloading”.
Machine learning enables localization in complex, angled environments where conventional localization methods reach their limits. Neural networks use environmental information that is encoded in the radio signals and that conventional methods cannot process. The uncertainty estimation of neural networks and unsupervised learning can therefore enable reliable and efficient area-wide localization.
Fraunhofer Institute for Integrated Circuits IIS