Most of the existing network slicing methods only consider a single attribute of network
nodes and ignore the overall network attributes, however, due to the different characteristics …

This paper proposes a Space-Air-Ground integrated heterogeneous network slicing scheme
with native intelligence, employing a Distributed Weighted Classification Method for network …

Network slicing is an important network technology that meets different 5G application
scenarios. Aiming at the differentiated needs of business and the problem of providing …

For fifth-generation wireless communication systems, network slicing has emerged as a key
concept to meet the diverse requirements of various use cases. By slicing an infrastructure …

The diversified use cases of next-generation mobile networks can be realized by the key
concept of Network Slicing that enables mobile network operators to slice a single physical …

Abstract 5G networks have been envisioned to be a multi-service network that can cover a
wide variety of industrial verticals with a distinct set of service requirements. Network slicing …

In this chapter, we present a comprehensive end-to-end (E2E) network slicing framework for
fifth-generation (5G) wireless and core networks and provide our vision on network slicing …

With the global rollout of fifth generation (5G) networks, it is necessary to look beyond 5G
and envision 6G networks. 6G networks are expected to have space-air-ground integrated …

Network slicing is an important technology that influences the way in which new networking
solutions will be designed and operated. Currently, there are several approaches to network …

Future 5G network provides network slices for applications of different areas on the same
physical network. Low-latency is the most key indicators of demand for the slices. How to …