Image Transmission Using LoRa Technology with Various Spreading Factors

Ching-Chung Wei, Shutin Chen, Pei-Yi Su
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引用次数: 6

Abstract

With the development of technology, today's Internet of Things (IoT) is not only to read the value of the sensor to monitor the system. The demand for image monitoring is also important. In this paper, we use LoRa (Long Range) technology to transmit the images. LoRa technology is defined on Low Power Wide Area Networks technology (LPWAN) of the IoT. In general, LoRa supports the transmission of small data coming from the sensors. Since it has these features with low power, long distance, low cost and low data rate, transmitting images will spend more time for LoRa. If LoRa transmission can decrease the time to transmit pictures, it will produce a wide range of applications in IoT system. In this paper, we focus on transmitting the image simultaneously with both different SF (Spreading Factor) parameters and antennas for LoRa. In other words, using various SF as the multiplexing method may improve the image transmission time. Through experiments, this method does have less time than that with a single SF. The results show that effective LoRa image transmission is possible.
采用不同扩频系数的LoRa技术进行图像传输
随着技术的发展,如今的物联网(IoT)已经不仅仅是读取传感器的值来监控系统了。对图像监控的需求也很重要。在本文中,我们使用LoRa (Long Range)技术传输图像。LoRa技术是在物联网的低功率广域网(LPWAN)技术上定义的。一般来说,LoRa支持来自传感器的小数据传输。由于LoRa具有低功耗、长距离、低成本和低数据速率等特点,因此在传输图像时将花费更多的时间。如果LoRa传输可以减少传输图像的时间,将在物联网系统中产生广泛的应用。本文主要研究了LoRa系统中不同扩频因子参数和天线同时传输图像的问题。换句话说,使用各种SF作为复用方法可以提高图像传输时间。通过实验,该方法确实比单个SF的时间要短。结果表明,有效的LoRa图像传输是可能的。
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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