In this study, the authors present an energy-efficient technique for the fog-networks, where a node can communicate to other users using limited network infrastructure support. The authors' contribution is central to node mobility and lower energy consumption rates. They propose an energy-efficient cellular communication model for fog-networks. To establish the connection between the source and the destination node, the next generation involves node base station imports required information from nearby fog nodes and performs the network management with the help of data analytic units. A system-level optimisation for the energy consumption model is also proposed, which supports a high degree of node mobility. They compared their results with 4G/LTE and observed that the proposed work provides the least energy consumption as compared to the legacy of the networks.

中文翻译：

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基于雾的蜂窝网络的节能节点到节点通信方案

在这项研究中，作者提出了一种用于雾网络的节能技术，其中一个节点可以使用有限的网络基础结构支持与其他用户进行通信。作者的贡献对于节点移动性和降低能源消耗率至关重要。他们提出了一种用于雾网络的节能蜂窝通信模型。为了建立源节点和目标节点之间的连接，下一代涉及节点基站从附近的雾节点导入所需的信息，并借助数据分析单元执行网络管理。还提出了能耗模型的系统级优化，它支持高度的节点移动性。