Although the fifth‐generation (5G) is not yet officially launched, researchers worldwide have
turned to the sixth‐generation (6G) communications system. The 3G has opened the gap to …

The forthcoming communication networks for public safety authorities rely on the fifth
generation (5G) of mobile networking technologies. Police officers, paramedics, border …

The new ways to consume and deliver media content in a wireless environment have led to
a significant increase in the demand for spectrum resources. In addition, the arrival of next …

With 5G, telecommunications networks have entered a new phase. 5G mobile networks use
unique concepts and technologies to deliver current and future applications across a wide …

The advent of the new generation mobile network catalyzed the appearance of new verticals
demanding a significant increase in the required spectrum resources. A promising …

This chapter provides a brief overview of the security architecture of fifth generation (5G). It
also provides a brief description of the 5G core network (5GCN), and its design principles …

To address the diversity of use cases envisioned by the 5G technology, it is critical that the
design of the future networks allows maximum flexibility and cost effectiveness. This requires …

The introduction of new technologies, new mechanisms, and new architectures in 5G mobile
communication system has made higher data rate, greater user capacity, and richer service …

In present broadband cellular network, all Network Functions are stateful, in which data
related to user/connection/association is stored inside network elements itself. However …

Regardless of the ultimate realization of 6G, it is clear that the stakeholder ecosystem has
changed dramatically as the mobile landscape has evolved. The traditional mobile value …