Publication

Abstract : Fifth-generation wireless access technology aims at consistent quality of everything (QoE), and this demand can be accomplished by enhancing the network throughput. Massive multiple input multiple output (mMIMO) system is a promising candidate that can be employed at the base station (BS) and afford high reliability and network sum rate, improving the network energy efficiency (EE). The network employing mMIMO system is analyzed in the presence of interference to attain better throughput and network energy efficiency. Different precoding schemes like maximal ratio combining (MRC), zero-forcing (ZF), and pilot zero-forcing (P-ZF) are employed in the network for mMIMO communication system analysis. Further, the work is analyzed by incorporating regular and superimposed pilot in the maximal ratio combining and zero-forcing precoding schemes. Performance attributes 274like average rate, BS energy efficiency, user equipment energy efficiency, and network power consumption are investigated for upgrading the mMIMO network performance in industrial automation.