面向可持续智慧城市传感器和执行器管理的混合无线网状网络

V. Pham, Anton Ovchinnikov, A. Zadorozhnaya, R. Kirichek, L. Myrova
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引用次数: 0

摘要

在发展可持续智慧城市(SSC)时,我们考虑提供与传感器和执行器通信的通信网络。物联网设备有望远距离发送数据并节省能源消耗。了解城市地区数据传输的挑战,作者提出了一种混合无线网状网络作为管理部署在SSC中的传感器和执行器的网络基础设施。研究了为物联网网络提出的无线技术,作者描述了SSC系统中的混合网络架构。实验采用配备各种无线接口的模块进行。实验结果表明,在网状网络中,远离网关的节点可以与远程服务器进行数据交换。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Hybrid Wireless Mesh Network for Sensor and Actuator Management in Smart Sustainable Cities
In developing Smart Sustainable Cities (SSC), we consider providing communication networks to communicate with sensors and actuators. Internet of Things devices are expected to send data over a long distance and save energy consumption. Understanding the challenges of data transmission in the urban area, the authors propose a hybrid wireless mesh network as a network infrastructure for managing sensors and actuators deployed in the SSC. Studying wireless technologies proposed for IoT networks, the authors describe the hybrid network architecture within SSC systems. An experiment was performed using modules equipped with various wireless interfaces. As the experimental results, the nodes far from the gateway can exchange data with the remote server in the mesh network.
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