Emerging 5G systems will need to seamlessly guarantee novel types of services in a multi-
do-main ecosystem. New methodologies of network and infrastructure sharing facilitate the …

Fifth generation (5G) of mobile networks are expected to serve multiple heterogeneous use
cases. These use cases are extremely diverse in terms of service requirements and …

The emerging 5G networks promise to support novel network services with different
requirements in terms of Quality of Service (QoS), such as low-latency and high bandwidth …

Network slicing is a key enabler for the service-oriented 5G vision, that aims to satisfy
various per-service requirements. Unlike core network slicing, radio access network (RAN) …

5G systems are envisaged to support a wide range of application scenarios with variate
requirements. To handle this heterogeneity, 5G architecture includes network slicing …

5G technologies promise to revolutionize mobile networks and push them to the limits of
resource utilization. Besides better capacity, we also need better resource management via …

Network slicing is a novel 5G paradigm that exploits the virtualization and softwarization of
networks to create different logical network instances over a common network infrastructure …

5G mobile network is expected to serve flexible requirements hence dynamically allocate
network resources according to the demands. Network slicing, where network resources are …

Emerging 5G wireless technology will support services and use cases with vastly
heterogeneous requirements. Network slicing, which allows composing multiple dedicated …

Network slicing is a key paradigm in 5G and is expected to be inherited in future 6G
networks for the concurrent provisioning of diverse quality of service (QoS). Unfortunately …