Abstract 5G communication technologies are expected to provide high rate and low delay
services. To meet the requirements, more base stations (BS), including macrocell BS …

The future 5G communication will bring about the surge of traffic. The traffic of cellular
network has great non-uniformity and volatility in space and time, which brings opportunities …

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 …

In this paper, we address the problem of power consumption minimization in Heterogeneous
networks (HetNets) of China Mobile by implementing dynamic base stations (BSs) switching …

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 network traffic of mobile wireless communication grows exponentially in recent years. In
order to serve intense traffic areas, such as train stations, airports, or hot-spot buildings, the …

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

In this paper, we present an algorithm that performs base station (BS) switching-on/off and
user terminal (UT) association jointly in heterogeneous networks composed of cellular …

Switching off base stations (BSs) is an effective and efficient energy-saving solution for
green cellular networks. The previous works focus mainly on when to switch off BSs without …

Energy-efficient base station (BS) operation is a key design goal in green cellular networks.
An effective way for energy conservation of BSs is to switch BSs on/off according to the traffic …