Energy efficiency is a major concern in the development of future mobile networks. Besides
the infrastructure, a significant challenge is the power consumption of the user equipment …

The purpose of path loss modeling is to predict signal fading in various environments, which
is crucial for planning, deployment, and optimization of mobile networks. Existing path loss …

The planning and reliable operation of air-space networks strongly relies on accurate radio
propagation modeling. In previous work, we demonstrated that the machine learning-driven …

Private 5G and future 6G networks offer significant potential for automation in vertical
domains but must face the challenge of dynamic and rapid adaptation to new operational …

The usage of public mobile radio networks is steadily increasing. At the same time, the
number of new and future smart city applications that rely on reliable and fast mobile data …

5G and future networks will enable new applications such as teleoperated driving, which
demand proactive and errorfree communication for mission-critical applications. Therefore, it …

Private networks represent a key innovation in current 5G and future 6G networks, offering
significant benefits, particularly for vertical industries with mission-critical industrial …