Abstract: This chapter reviews the state‐of‐the‐art literature on network slicing in 5G, edge/fog, and cloud computing. It identifies the spectrum challenges and obstacles that must be addressed to ...

Abstract: The 5G network is expected to be service oriented with the premise that it will support various services of vastly different requirements on configuration including automation, performance, ...

Within this architecture, both containers-as-a-service (CaaS) and platform-as-a-service (PaaS) will play an important role in running the 5G core network functions. Containers create consistent ...

With this milestone on the horizon, we reflect on the critical role of Management and Orchestration in extracting the value of 5G SA - from enabling efficient operation, scalability, and flexibility ...

The platform layer uses Kubernetes container service APIs, which are now a mainstream solution for ... and loop service logic control for orchestrated services with ensured transaction integrity.

In these highly virtualized and distributed environments that characterize the landscape of 5G and 6G networks, several challenges arise related to the management and orchestration of resources, which ...

Similarly, 5G technology involves multiple layers, components, and interfaces, such as radio access network, core network, edge computing, network slicing, and orchestration, each posing technical ...

UK shared network infrastructure providers furthers business expansion with strategic purchase of German private 5G network and turnkey applications company.