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Energy Harvesting For Efficient 5G Networks

机译:高效5G网络的能量收集

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摘要

The design of traditional mobile wireless network emphasises on large capacity as well as ubiquitous access. However, environmental protection and energy saving may soon become inevitable trends due to rising global demands. In the wireless networking field, researchers should shift their focus towards efficient networks and energy harvesting (EH). In this work, we consider energy efficiency and EH to address the issue of energy shortage, which also represents the ratio of the quantity of data that have been transferred to the dissipated energy within the system, simultaneously. The simulation-based mathematics signifies the relation between energy efficiency (CE) against the training interval (Tt) and how the energy efficiency is impacted by the change in block size and number of users.
机译:传统移动无线网络的设计强调大容量以及无处不在的接入。然而,由于全球需求的增长,环境保护和节能可能很快成为必然趋势。在无线网络领域,研究人员应将重点转移到高效网络和能量收集(EH)。在这项工作中,我们考虑能源效率和EH来解决能源短缺的问题,能源短缺也代表着同时传输的数据量与系统内耗散能量的比率。基于仿真的数学表示能量效率(CE)与训练间隔(Tt)之间的关系,以及块大小和用户数量的变化如何影响能量效率。

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