The Impact of LoRa Transmission Parameters on Packet Delivery and Dissipation Power

Tamara Rašić, Joao Lucas Eberl Simon, N. Zoric, M. Simić
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引用次数: 0

Abstract

In this paper we present results of the simulation analysis of the impact of transmission parameters and distance between LoRa node and gateway on communication performance (packet loss rate and energy consumed by nodes). FLoRa simulation framework based on Omnet++ was used to vary spreading factor, bandwidth, coding rate and transmission power. For given distance of 100 m, Lora gateway successfully received the packets in 80 configurations. In particular case, when the distance between node and gateway was doubled, just 8 configurations were able to deliver the packets. Finally, we used 5 values of path loss variance in range from 0 to 7.08 dB with a distance of 400 m, and the success rate of data transmission from node to the gateway decreased to 48.83%.
LoRa传输参数对发包和耗散功率的影响
本文给出了LoRa节点与网关之间的传输参数和距离对通信性能(丢包率和节点能耗)影响的仿真分析结果。采用基于omnet++的FLoRa仿真框架对扩频因子、带宽、编码速率和传输功率进行了调整。在给定距离为100m的情况下,通过80种配置,Lora网关都能成功接收到报文。在特殊情况下,当节点和网关之间的距离增加一倍时,只有8个配置能够传递数据包。最后,我们在400 m的距离上使用5个路径损耗方差值,范围在0 ~ 7.08 dB之间,节点到网关的数据传输成功率下降到48.83%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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