Fifth-generation (5G) wireless technology promises to be the critical enabler of use cases far
beyond smartphones and other connected devices. This next-generation 5G wireless …

We study energy-efficient offloading strategies in a large-scale MEC system with
heterogeneous mobile users and network components. The system is considered with …

New radio in unlicensed spectrum (NR-U) and network slicing have been emerged as two
promising technologies to meet with the demand of enormous traffic volume, extreme …

5G has defined three broad service categories, eMBB, mMTC and URLLC. The network
functions and system resources for a service category between user equipment (UEs) and …

We focus on energy-efficient offloading strategies in a slicing-enabled large-scale edge
network, or an" edge slicing" system, with different computing/storage components, on which …

We aim to maximize the energy efficiency, gauged as average energy cost per job, in a large-
scale server farm with various storage or/and computing components modeled as parallel …

Recently, some technological issues in network slicing have been explored. However, most
works focus on the physical resource management in this research field and less on slice …

Network slicing is a technique to enable multi-tenant operation in future 5G systems. Efficient
implementation of slicing at the air interface requires comprehensive optimization algorithms …

In 5G Slice Networks, the heterogeneous deployments of base stations (BS) and access
points (AP) will be critical in meeting the QoS of the different slice use cases. However, the …

It is predicted that the IMT-2020 (5G network) will meet increasing user demands and,
hence, it is therefore, expected to be as flexible as possible. The relevant standardisation …