The improvement of the energy efficiency and the reduction of the latency are two of the
main goals of the next generation of Radio Access Networks (RANs). In order to achieve the …

In the next generation of Radio Access Networks (RANs), Multi-access Edge Computing
(MEC) is considered a promising solution to reduce the latency and the traffic load of …

In this study, a power consumption model as a function of the traffic is developed for
macrocell base stations based on measurements on an actual base station. This model …

The energy consumption of wireless access networks is rapidly increasing and in some
countries it amounts for more than 55% of the whole communication sector and for a non …

To meet the ever-increasing traffic demand and enhance the coverage of cellular networks,
network densification is one of the crucial paradigms of 5G and beyond mobile networks …

Since access networks are deployed to support peak traffic, part of base stations always
keep active during off-peak period, resulting energy dissipation. In this paper, we propose a …

Traditionally, energy efficiency aspects have been included in the wireless access network
design space only in the context of power control aimed at interference mitigation and for the …

Reducing the energy consumption of cellular wireless access networks is not only beneficial
for the global environment but also makes commercial sense for telecommunication …

The mobile traffic explosion leads to dense deployed heterogeneous networks that can
support peak time traffic. However, the utilization of base stations (BSs) is very inefficient …

Nowadays, data caching is being used as a high-speed data storage layer in mobile edge
computing networks employing flow control methodologies at an exponential rate. This study …