使用NS-3的lpwanieee802.11 ah和LoRaWAN容量仿真分析比较

Oukessou Yassine, Mohamed Baslam, M. Oukessou
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引用次数: 7

摘要

低功耗广域网是物联网(IoT)的基础关键。这些网络为终端节点提供远程覆盖,利用免许可频段和1Ghz以下通信。本文利用NS-3网络模拟器,通过实现单个基站服务的终端设备的最大数量,对两种承诺网络IEEE 802.11ah和LoRaWAN的上行吞吐量进行了评估和分析。在第二种情况下,节点的位置取决于与基站的距离。在结论中,我们简要介绍并比较了所获得的结果,并制定了在使用这些网络进行应用程序或部署时应采取的措施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
LPWANIEEE 802.11ah and LoRaWAN capacity simulation analysis comparison using NS-3
Low Power Wide Area Networks are the fundamental keys of the internet of Things (IoT). These networks provide long-range coverage to end nodes, exploiting license-free frequency bands and the sub 1Ghz communications. In this paper we evaluate and analyze using NS-3 network simulator, the uplink throughput of the two promises networks IEEE 802.11ah and LoRaWAN all by implementing the maximum number of the end devices served by a single base station. Also in the second scenario where the nodes are depends on the distance from the base station. In the conclusion we brief and compare the obtained results, and we make actions to be taken in case of making applications or deployments using these networks.
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