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Performance Analysis of Various Techniques Adopted in a 5G Communication Network with a Massive MIMO System

机译:大规模MIMO系统在5G通信网络中采用的各种技术的性能分析

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Wireless 5 G technology is emerging in many parts of the world due to its higher data rate of more than 1Gbps, more connected devices compared to 4 G, longer battery life, much shorter latency compared to 4 G technology, reliable service in all areas, smart handover controls, etc. A huge amount of hardware and stable software is needed to meet the needs of the 5G. Earlier generations focused on enhancing the number of users in communication networking with the considerable good data rate. The use of usable spectrum resources at the fullest level for wired and wireless networking connectivity was based on several techniques. Zero pushing Receiver relay considered promising to increase the utility of the available spectrum. This analysis provides an insight into the mobile-based modulation scheme behind 5 G technology. This paper provides a comprehensive survey in 5 G network performance enhancement on key technologies adopted, issues, challenges, etc.
机译:无线5 G技术由于其高于1 Gbps的更高数据速率,比4 G更高的连接设备,更长的电池寿命,比4 G技术更短的延迟,在所有领域的可靠服务而在全球许多地区兴起,智能切换控制等。需要大量的硬件和稳定的软件来满足5G的需求。较早的一代专注于以相当高的数据速率来增加通信网络中的用户数量。充分利用可用频谱资源进行有线和无线网络连接基于多种技术。零推接收机中继器被认为有希望增加可用频谱的实用性。该分析为5G技术背后的基于移动的调制方案提供了见解。本文针对5G网络性能增强对所采用的关键技术,问题,挑战等进行了全面的调查。

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