Performance Analysis of Energy Harvesting based scheme for 3-D Cellular Networks
Résumé
This paper introduces an energy harvesting based scheme for 3-D cellular networks in order to enhance communications system performance. The proposed scheme is based on the energy harvesting to reduce the transmission delay and to enhance the ergodic capacity. The stochastic geometry is used to describe the different cells' positions in the network with realistic constraints. Based on that, the average transmission delay and the ergodic capacity expressions are detailed and derived. Using numerical results, the analytical derived expressions are evaluated, and the advantages of the proposed scheme are investigated.