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引用次数: 1

摘要

随着农业4.0运动的兴起,智能农业已成为利用物联网技术最具活力的领域之一。LoRaWAN标准的开发是为了填补现有低速率、低功耗、低成本技术的空白,满足物联网应用的需求,这些应用比蓝牙和ZigBee等其他流行的无线技术覆盖更大的区域。在这个项目中,建立了一个基于LoRaWAN的原型网络,以满足低功耗智能农业的需求,其中包括测量和跟踪空气温度、相对空气湿度、土壤湿度、紫外线、红外线和日光强度的最重要传感器。该系统包括与LoRaWAN兼容的新型硬件和算法,并具有面向web和Android用户的接口。作为节点和网关的设备被设计为使用相同的卡设计。服务器端使用Google Firebase,用户端使用基于web的界面。
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LoRa Based Smart Agriculture Network
With the emerging of Agriculture 4.0 movement smart farming has become one of the most dynamic spheres utilizing IoT technology. LoRaWAN standard has been developed to access the gap in existing low rate, low power, low cost technologies addressing the needs IoT applications that cover larger areas than other popular wireless technologies like Bluetooth and ZigBee. In this project, a prototype LoRaWAN based network meeting the needs of smart farming with low power consumption was established incorporating most important sensors for measuring and keeping track of air temperature, relative air humidity, soil moisture, UV, IR and daylight intensity. The system comprises LoRaWAN compatible novel hardware and algorithms with interfaces for web and Android users. Devices used as nodes and gateways are designed to use the same card design. Google Firebase is used on the server side and a web-based interface on the user side.
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