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

With the explosive deployment of the information and communications technology (ICT)
infrastructures, the rising cost of energy and increased environmental awareness has …

We propose a distributed cooperative framework among base stations (BS) with load
balancing (dubbed as inter-BS for simplicity) for improving energy efficiency of OFDMA …

This paper introduces a joint planning and management optimization approach for cellular
networks to limit energy consumption while guaranteeing QoS and minimizing operators …

This paper explores the influence of the inhomogeneous spatial traffic distribution on the
performance of energy efficiency and proposes an energy-efficient heterogeneous network …

Energy efficiency is one of the central concerns for future cellular networks, which could be
accomplished by adaptively reconfiguring the networks with the changing traffic …

In this paper, we consider energy efficient coverage planning in cellular networks. To save
energy, each base station (BS) can work in sleep mode when there is no user in its …

Given the significant energy consumption in operating base stations (BSs), improving their
energy efficiency is an important problem in cellular networks. To this end, this paper …

In this paper, we propose two distributed local-optimized algorithms (FLHT and DLHT),
which can dynamically adjust the number of active sublinks, to save power consumption in …

Recent explosive growth in mobile data traffic is increasing energy consumption in cellular
networks at an incredible rate. Moreover, as a direct result of the conventional static network …