Abstract Mobile Network Operators (MNOs) are facing huge operational costs, due to the
staggering increase of mobile traffic and to substantial bandwidth reliability requirements …

In the last years, Green Mobile Networks that are powered with renewable energy sources
have been designed and deployed with the twofold objective of reducing operational costs …

Considering the exponential increase in mobile traffic, requiring denser cellular access
networks, the use of renewable energy (RE) to power base stations (BSs) may contribute to …

Due to the staggering increase of mobile traffic, Mobile Network Operators (MNOs) are
facing considerable operational cost due to power supply. Renewable Energy (RE) sources …

The staggering mobile traffic growth is leading to a huge increase of operational costs for
Mobile Operators (MOs) due to power supply. In a Smart Grid (SG) scenario, where Demand …

In this work we investigate the effect of WiFi offloading in improving the interaction of a
Mobile Network with the Smart Grid. In order to make demand match supply, so as to prevent …

We focus in this paper on energy management strategies for mobile networks equipped with
battery storage capacity and powered by a smart grid. We consider the case where the …

In this paper, the interactions between multiple mobile operators, owning heterogeneous
cellular networks, and energy retailers existing in the smart grid are investigated. Energy …

The energy demand in mobile networks is increasing due to the emergence of new
technologies and new services with higher requirements (data rates, delays, etc). In this …

This paper tackles the problem of resource-efficient traffic management through the
application of the WiFi offloading concept in cellular networks. It presents the concept of an …