Development of an Efficient Carrier Aggregation Algorithm for the LTE System under Scalable Node Density to Maximize the Network Performance

Abstract

This paper provides comprehensive analysis of energy efficiency for traffic load balancing using Cell Range Expansion (CRE) for Pico cells is presented. The examination zeroed in on assessing the energy effectiveness for traffic load equilibrium of Heterogeneous Network (HetNet) arrangement situation. Energy productivity was displayed as proportion of complete throughput to control utilization; accordingly power utilization is assessed utilizing base station power utilization boundaries. Throughput is displayed dependent on the Signal Interference and Noise Ratio (SINR) interface adaption, thinking about spatial dissemination of User Equipment (UE). Reproductions were done utilizing 3rdGeneration association (3GPP) Long Term development (LTE) framework level test system. The outcome acquired have indicated that, for some traffic circumstances, the energy productivity improves with adjusted traffic load which further gave more knowledge to effective organization of green heterogeneous cell organization.