Network slicing is a key technology in 5G communications system, which aims to
dynamically and efficiently allocate resources for diversified services with distinct …

Network slicing enables a single physical network be sliced into multiple virtual networks.
Each is customized and optimized according to specific 5G services and business goals. It …

It is widely acknowledged that network slicing can tackle the diverse usage scenarios and
connectivity services that the 5G-and-beyond systems need to support. To guarantee …

5G networks are expected to provide a variety of services over the same physical
infrastructure equipped with a combination of radio and wired transport networks and …

The increasing deployment of smart devices using mobile networks is pushing operators to
consider efficient ways to tailor their infrastructure to the Internet of Things (IoT) diverse …

Network slicing has been proposed as a promising technology to fulfill users' specific service
demands in 5G network. The important issues in this network paradigm are slices' reliability …

The concepts of network function virtualization (NFV) and end-to-end (E2E) network slicing
are two promising technologies empowering 5G networks for efficient, flexible and dynamic …

Practical and efficient network slicing often faces real-time dynamics of network resources
and uncertain customer demands. This work provides an optimal and fast resource slicing …

5G network supports end-to-end logically isolated networks in the form of network slices,
catering to the needs of users of various primary network services, namely enhanced Mobile …

Solving the problem of network resource allocation with delay constraint is a significant
challenge for realizing future Internet and 5G networks services such as advanced mobile …