Future 5G and beyond services rely on the network slicing concept, in which underlying
network elements are split and/or aggregated to compose a synthetic network infrastructure …

Network slicing with Quality of Experience/Quality of Service (QoE/QoS) guarantees is seen
as one of the key enablers of future 5G networks. Nevertheless, it poses several challenges …

This demo presents an in-operation network slice resource allocator, which is able to
consider networking and cloud infrastructure. Monitoring cloud and network resources …

This paper presents an initial architecture to manage End-to-End Network Slices which,
once deployed, are associated with Security Service Level Agreement (s) to increase the …

Network slicing has been a major selling point of 5G networks, where a slice is roughly
defined as a self-contained logical network on top of a shared infrastructure tailored for a …

Network slicing is identified as the enabling technology for efficient service delivery in future
5G networks. Moreover, a key aspect in 5G network slicing relates to the delivery and …

The emergence of new paradigms and services is pushing the limits of nowadays cloud
infrastructures. It is a fact that current solutions lack in the flexibility and configurability to …

Nowadays networks are the basis of our communication providing a great number of
services. As a consequence, the traffic is increasing and there is a growing demand for new …

This paper presents the experimental validation of a vertical application on multimedia real-
time communications use case in which its services are managed by a network slice …

The rise of traffic intensive services and applications is pushing the limits of conventional
single band Wavelength Division Multiplexing (WDM) optical networks. As an answer to this …