On the Impact of Cost-Efficient with OP for an Energy Saving Cellular System

Abstract

In this work system performance with the evaluation of OP (outage probability) for a green communication cellular system, named as ESCS (energy saving cellular system), is reported. The consideration of the deployment for ESCS is in order to obtain the most efficient without modifying the circuit allocation in 5G (5th generation) architecture, and which is searching a way by adjusting most efficient in application of communication energy. Generally, most important point in the way to earn the energy saving for a cellular radio system is by means of reducing the transmission power. It is known that there is about above 50% energy wasting in handling the power of circuit, air condition, and others for a cellular system. For discussion such issue, by adopting an useful scheduling algorithm to distribute different mobile users for distinct BS (base station) proposed in the report. Certainly, the QoS (quality of service) of the mobile network is needed to be guaranteed, and which is kept by presetting a data rate threshold for both downlink and uplink communications. Finally, there are many parameters are assigned to approach the purpose of the proposed scheme for power saving, such as the threshold value of OP (outage probability), the time of after dark. Furthermore, the results from the derived system performance are shown to express the fact which exists between the cost-efficient for the system operators and the system performance of the cellular radio communication.