The edge computing-based 5G networks have the advantages in efficiently offloading the
large-scale Internet traffic, which is considered to be a promising architecture to alleviate the …

Edge computing allows an edge server to adaptively place virtual instances to serve
different types of data. This article presents a new algorithm which jointly optimizes virtual …

The evolution of communication systems in the direction of heterogeneity and mass
connectivity through the deployment of 5G compatible technologies, is posing significant …

In this paper, we develop a resource allocation framework to optimize the downlink
transmission of a backhaul-aware multi-cell cognitive radio network (CRN) which is enabled …

The manyfold capacity magnification promised by dense 5G networks will make possible the
provisioning of broadband multimedia services, including virtual reality, augmented reality …

In this study, we jointly investigate the connectivity probability and the number of required
resource blocks (RBs) for load reduction during handoff (HO) decision for hybrid vehicle-to …

Cooperative edge computing provides a good platform for edge storage and computing at
the same time. When a single edge server cannot efficiently provide video services, multiple …

We present a resource management framework for load-coupled downlink cellular OFDMA
networks considering the load factor of an individual base station (BS) per resource block …

In this paper, the joint power and admission control (JPAC) problem in cognitive radio
networks is studied. This problem is decomposed into two subproblems, by utilizing the …

The problem of joint load management and admission control (JLAC) in underlay OFDMA-
based cognitive radio networks (CRNs) is studied. The fraction of the active sub-carriers in a …