This chapter discusses various energy saving (ES) techniques for the Long Term Evolution
(LTE) systems and critically analyses their usability through a comprehensive comparative …

Wireless cellular networks have seen dramatic growth in number of mobile users. As a
result, data requirements, and hence the base-station power consumption has increased …

A comprehensive resource to the latest developments of system enhancement techniques of
Femtocells, power management, interference mitigation and antenna design LTE …

As large energy consumers, base stations need energy-efficient wireless access networks.
This article compares the design of Long-Term Evolution (LTE) networks to energy-efficient …

In this paper we study dynamic energy saving mechanisms for the Long Term Evolution
Advanced system (LTE-Advanced) with user-deployed cellular base stations (aka …

The rapid growth of mobile communications comes with the prominent energyconsumption
challenge. It has become so critical that, without being dealt with in advance, it will …

The telecommunications and information community today is facing daunting challenges
along with embracing great opportunities. The unprecedented expansion of wire line and …

Abstract Long Term Evolution Advanced (LTE-A) technology is considered as the most
possible candidate for next generation mobile communications. LTE-A networks offer high …

Enhancing energy efficiency in wireless networks is crucial in today's context due to the
increasing demand for higher capacities, better data rates, and improved quality of service in …

Energy-efficient resource allocation can significantly reduce power consumption of network
and, consequently, operating expenses. In this letter, we study the energy efficiency of long …