This paper examines network slicing within the radio access network which employs an
orthogonal frequency division multiple access system for downlink communications. Its radio …

The utility optimization problem of radio access network-slicing aided mobile systems is
formulated considering both throughput and delay demands from a mobile network …

The 5G standard is aimed at supporting Quality of Service (QoS)-constrained traffic types,
enabling new services to be reliably built into scenarios such as industrial automation and …

Future mobile networks are supposed to handle a variety of services with different
requirements. Network slicing is considered to be a key enabler to cope with the increasing …

5G radio access network (RAN) slicing envisions a solution to flexibly deploy heterogeneous
services as slices sharing the same infrastructure. However, this level of flexibility renders …

The fifth generation and beyond wireless communication will support vastly heterogeneous
services and user demands such as massive connection, low latency and high transmission …

Network slicing is a fundamental capability for future 5G networks to properly support current
and envisioned future application scenarios. Network slicing facilitates a cost-effective …

In this paper, a dynamic radio resource slicing framework is presented for a two-tier
heterogeneous wireless network. Through software-defined networking-enabled wireless …

This paper addresses the slicing of radio access network resources by multiple tenants, eg,
virtual wireless operators and service providers. We consider a criterion for dynamic …

It is widely acknowledged that network slicing can tackle the diverse use cases and
connectivity services of the forthcoming next-generation mobile networks (5G). Resource …