Base stations (BSes) in the 3G cellular network are not energy proportional with respect to
their carried traffic load. Our mea-surements show that 3G traffic exhibits high fluctuations …

Reducing the energy consumption of a wireless cellular network is an important and urgent
problem. This paper studies the effect of cell sizes on the energy consumed by the network …

Conventional cellular wireless networks were designed with the purpose of providing high
throughput for the user and high capacity for the service provider, without any provisions of …

We present a concrete methodology for saving energy in future and contemporary cellular
networks. It is based on re-arranging the user-cell association so as to allow shutting down …

In smart cities, green cellular networks play a crucial role to support wireless access for
numerous devices anywhere and anytime with efficiency and sustainability. Because base …

Base stations (BSs) are the main energy expenditure elements of cellular networks,
considering the high coverage requirements and the fact that the total provisioned capacity …

The operation of cellular network infrastructure incurs significant electrical energy
consumption. From the perspective of cellular network operators, reducing this consumption …

Energy Efficiency in cellular mobile radio networks has recently gained great interest in the
research community. Besides the positive effect on global climate change, lowering power …

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 …

Energy efficiency in cellular networks is a growing concern for cellular operators to not only
maintain profitability, but also to reduce the overall environment effects. This emerging trend …