Wireless Communication Technologies with IoT-Based Cloud-Enabled Service for Smart Agriculture Monitoring System

Lova Raju K, V. V
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Abstract

Wireless communication technologies are now being applied in new sectors because of technological advancements in the Internet of Things (IoT). Agricultural monitoring is an example of how the Internet of Things helps in improving productivity, efficiency, and yield. However, because all these devices are frequently used in locations where energy is not easily available, the powering device is a problem. For agricultural monitoring, this study examines IoT devices with energy harvesting capabilities employing three wireless technologies like Wi-Fi, HC-12, and the Long-Range Wireless Communication Network (LoRa). The objective of this investigation was to see how each technology performed in different types of environments. According to the observations, LoRa is the best wireless communication technology the use of an agricultural monitoring system where network lifetime and power consumption are essential.
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基于物联网云服务的智能农业监测系统无线通信技术
随着物联网(IoT)技术的进步,无线通信技术正在被应用到新的领域。农业监测是物联网如何帮助提高生产力、效率和产量的一个例子。然而,由于所有这些设备都经常使用在能源不容易获得的地方,供电设备是一个问题。对于农业监测,本研究考察了采用Wi-Fi、HC-12和远程无线通信网络(LoRa)等三种无线技术的具有能量收集功能的物联网设备。本调查的目的是了解每种技术在不同类型的环境中的表现。根据观察,LoRa是农业监测系统中使用的最佳无线通信技术,其中网络寿命和功耗是必不可少的。
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