ABSTRACT In the present scenario, an energy efficiency has become a matter of prime importance for wireless networks. To meet the demands of an increased capacity, an improved data rate, and a better quality of the service of the next-generation networks, there is a need to adopt energy-efficient architectures. Along with these requirements, it is also our social responsibility to reduce the carbon footprint by reducing the power consumption in a wireless network. Hence, a green communication is an urgent need. In this paper, we have surveyed various techniques for the power optimization of the upcoming 5G networks. The primary focus is on the use of relays and small cells to improve the energy efficiency of the network. We have discussed the various scenarios of relaying for the next-generation networks. Along with this, the importance of simultaneous wireless power and information transfer, massive multiple input multiple output, and millimeter waves has been analyzed for 5G networks. INDEX TERMS 5G, C-RAN, energy efficiency, green communication, relay, small cells, SWIPT.
In REF , the authors discussed the developing requirement for energy efficiency in the next generation networks and the significance of choosing the appropriate energy efficiency metric.
Power Optimization in 5G Networks: A Step Towards GrEEn Communication
IEEE Access
IEEE Access
Computer Science