We study the problem of base station (BS) dynamic switching for energy efficient design of
fifth-generation (5G) cellular networks and beyond. We formulate this problem as a Markov …

In this letter, we develop a time-varied probabilistic on/off switching planning method for
cellular networks to reduce their energy consumption. It consists in a risk-aware optimization …

In this paper, we investigate dynamic base station (BS) switching to reduce energy
consumption in wireless cellular networks. Specifically, we formulate a general energy …

Base station operation consumes a lot of energy, a considerable amount of which can be
saved by switching off base stations during low user demand (for example, at night). Base …

Energy-efficiency, one of the major design goals in wireless cellular networks, has received
much attention lately, due to increased awareness of environmental and economic issues …

The most efficient way to save energy in cellular networks is to switch ON/OFF base stations
(BSs) dynamically according to the distribution of user equipment (UE) at real time. When a …

The problem of energy management of base stations in cellular networks is addressed
following the recent 3GPP regulations towards traffic proportional energy consumption of 3G …

With increasing awareness toward protecting our environment, this paper intends to reduce
the CO2 emission of a wireless cellular network by reducing the power consumption of its …

In this paper, we investigate dynamic base station activation with the aim of reducing energy
consumption in cellular networks. Using the two-timescale Lyapunov optimization approach …

In recent years, energy efficiency (“greenness”) has become an important research topic in
wireless networks. Environmental awareness and the increased cost of energy stimulate the …