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Irrigation Monitoring and Prediction System Using Machine Learning

机译:基于机器学习的灌溉监测与预报系统

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This research work intends to help farmers’ effective crop harvests by technology-aided irrigation. For that purpose, we propose an easily accessible IoT based monitoring, wireless controlled rover irrigation system. Through this IoT system data, farmers can irrigate their crops according to moisture and temperature values and see that every plant is getting sufficient water and sunlight. This wireless rover system uses a microcontroller unit as the master controller. Joysticks are used to control the rover using wireless interface. The sensor unit which is part of the rover system consists of moisture sensor and a temperature sensor, for detection of the moisture and temperature respectively in close proximity of plants. We have used Google-assistant bolt IoT, Integromat, telegram bot and mail gun, for data analysis. We also used a bolt WiFi module for connecting it to the internet. We have used the bolt cloud platform for data transferring and storing and predictions.
机译:这项研究工作旨在通过技术辅助灌溉来帮助农民有效收获农作物。为此,我们提出了一种基于IoT的易于访问的监控,无线控制的流动站灌溉系统。通过此物联网系统数据,农民可以根据湿度和温度值灌溉农作物,并观察到每种植物都在获得充足的水和阳光。该无线流动站系统使用微控制器单元作为主控制器。游戏杆用于通过无线接口控制流动站。作为流动站系统一部分的传感器单元由湿度传感器和温度传感器组成,分别用于检测植物附近的湿度和温度。我们已使用Google辅助螺栓IoT,Integromat,电报bot和邮件枪进行数据分析。我们还使用了螺栓WiFi模块将其连接到互联网。我们已经使用螺栓云平台进行了数据传输,存储和预测。

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