Image Transmission via LoRa Networks – A Survey

Anestis Staikopoulos, V. Kanakaris, G. Papakostas
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引用次数: 10

Abstract

Long Range (Lora) technology is assumed to be the subsequent of the wireless communication for the Internet of Things (IoT). Although LoRa provides emulative characteristics, such as a wider cover range, lower expenditure and decreased energy consumption, the usable narrow bandwidth for physical layer modulation in LoRa makes it inapplicable for high bit rate data transmission from devices like visual sensors. Nevertheless, because data from images are larger than those that origin from sensors, one of the main problems of visual IoT is the efficiency of image transmission in networks where bandwidth is narrow. This paper, aims at reviewing the available methods applied to transfer images via LoRa infrastructure, for the first time in the literature. The limitations of each method are pointed out and the challenges that need to be handled in the future are also defined towards establishing a reliable image transfer over a LoRa network.
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LoRa网络图像传输综述
远程(Lora)技术被认为是物联网(IoT)无线通信的后续技术。尽管LoRa提供了模拟特性,例如更宽的覆盖范围、更低的开销和更低的能耗,但LoRa中物理层调制可用的窄带宽使其不适用于来自视觉传感器等设备的高比特率数据传输。然而,由于来自图像的数据比来自传感器的数据大,视觉物联网的主要问题之一是在带宽较窄的网络中图像传输的效率。本文旨在回顾文献中第一次通过LoRa基础设施传输图像的可用方法。指出了每种方法的局限性,并确定了在LoRa网络上建立可靠的图像传输需要解决的挑战。
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