Network slicing is predetermined to hold up the diversity of emerging applications with
enhanced performance and flexibility requirements in the way of splitting the physical …

Network slicing is rapidly prevailing in the edge network, which provides computing,
network, and storage resources for various services. When the multiple service providers …

Network slicing (NS) is envisioned as an emerging paradigm for accommodating different
virtual networks on a common physical infrastructure. Considering the integration of …

With the advent of 5G, billions of devices use the 5G radio access network. Network slicing is
a fundamental architecture component of the 5G. End-to-end network slicing leverages the …

6G networks are expected to provide instant global connectivity and enable the transition
from “connected things” to “connected intelligence,” where promising network slicing can …

5G and beyond networks are expected to support a wide range of services, with highly
diverse requirements. Yet, the traditional “one-size-fits-all” network architecture lacks the …

Edge computing with network slicing enables 5G networks to meet the diverse and stringent
requirements of new services and applications. We study the problem of admitting network …

Network slicing is a key technology in fifth-generation (5G) networks that allows network
operators to create multiple logical networks over a shared physical infrastructure to meet …

We are now in the early stage of the Fifth Generation (5G) commercialization, and its
improved capabilities and unique features will revolutionize the present wireless network …

To accommodate increasingly diverse traffic demands in future 6G wireless networks,
intelligent and dynamic network slicing schemes are needed to exploit available edge/fog …