Energy-effcient dynamic deployment architecture for future cellular systems

There is a need to develop energy-effcient adaptive systems for future telecommunication networks. While traffc varies at different times, the power consumption of the radio access network does not scale with it effectively. To make signif-cant energy savings, a dynamic deployment approach is required to allow the system to operate in an energy-effcient mode with respect to traffc load. By deploying small base stations within the area of a conventional macro station, we are able to reduce energy consumption while maintaining QoS. This paper proposes an energy-effcient dynamic deployment architecture based on fuzzy-logic. The algorithm aids in the decision of the architecture layout deployment. Moreover, by implementing the proposed adaptive energy-effcient algorithm, the network gains fexibility that can increase coverage or throughput throughout the same network by adapting its operation to source its requirements better and change them when new requirements arise.