A Multi-Point Cluster for Maximization of Power Constraints in a Downlink Coordinated System

Abstract

Power is a key challenge for increasing network lifetime and interference reduction while data
transmission. Since the IW Clustering algorithm have only 5%cell edge user rate and causes the inter-cell
interference. We develop an algorithm which is joint scheduling to increase the cell edge user throughput and
power control regulates the transmitted power. The purpose of coordinated multipoint communication is to
minimize the inter-cell interference to the cell-edge user and improve their performance. The inter-cell
interference can be reduced by assisting to the transmission. Simulation results show that the cell edge user rate
is increased by scheduling the users for the communication and power is consumed at the minimum level
during transmission and reception