We argue for network slicing as an efficient solution that addresses the diverse requirements of 5G mobile networks, thus providing the necessary flexibility and scalability associated with future
We argue for flexible network design as an architecture prototype for next generation networks.
Network slicing is an emerging area of research, featuring a logical arrangement of resources to operate as individual networks, thus allowing for massively customizable service and tenant requirem
Network slicing is an emerging area of research, featuring a logical arrangement of resources to operate as individual networks, thus allowing for massively customizable service and tenant requirem
5G mobile networks are expected to serve vertical industries with business-specifically tailored communications solutions. Potential application areas include e.g.
Inference of network state and detection of anomaly network behavior based on the available data play important roles in the big data empowered self-organizing networks for enabling 5G.
Network synthesis is the opposite of network analysis--namely, the design of a network to have assigned characteristics, as opposed to the evaluation of the characteristics of an assigned network.
The third decade in the growth of modern network theory, the decade of maturity, is considered in this review of the advances in network theory evolved over the past ten years.
Network tomography has been regarded as one of the most promising methodologies for performance evaluation and diagnosis of the massive and decentralized Internet.
AbstractThe statistical problem for network tomography is to infer the distribution of X, with mutually independent components, from a measurement model Y = AX, where A is a given binary matrix re
