In recent years, energy consumption in cellular networks has dramatically increased. That is
mainly due to the increase of network users and accordingly base stations (BSs). In this …

Conventional planning and optimization of cellular networks for supporting the peak-time
user demand leads to substantial wastage of electrical energy. Therefore, we propose an …

Over the last two decades we have witnessed significant growth of the cellular network
energy consumption caused by a rapid increase in the number of mobile users and data …

With the rapid growth of mobile data traffic, operators are expected to densely deploy base
stations to meet user demands. Recent researches have indicated that the densely …

The global deployment of cellular networks catering to increased user data demand
provides quality of service (QoS) to the end users at the expense of increased energy …

Energy efficient in cellular networks is an increasingly important issue. Base Station (BS)
subsystem consumes the major chunk of infrastructure energy, however, it is not energy …

Cellular network energy optimization is driven by different factors, namely transmission
power and activity of the base stations. Quality of Service (QoS) of users is determined by …

We study base stations energy-efficient management algorithms in a cellular access network
taking into account different planning strategies. To provide energy savings, sleep modes …

The massive progress in the wireless market and cumulative traffic demand urged the
network operators to opt new techniques like dense deployment of base station (BSs) to …

Mobile telecommunication's operation power cost occupies a large portion in network
operators OPEX list. Recent research efforts on energy efficient design and optimization of …