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Development of Smart Drip Irrigation System Using IoT

机译:利用物联网开发智能滴灌系统

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India is a country with agriculture having paramount significance. Hence it is important to irrigate the plants in an astute way to get good production by maximizing the yield per unit space. Irrigation is the supply of an appropriate amount of water to the plants at a precise time. The objective of this endeavour is to irrigate the plants using the smart drip irrigation system within National Institute of Technology Karnataka campus. To achieve this, open source platform is used as a central controller of the system. Various sensors have been employed which continuously provide the existing parameters of factors governing healthiness of plants. Based on the information obtained from the RTC module water is supplied to the plants at regular interval of time by controlling a solenoid valve. The entire irrigation system can be monitored and managed by the webpage. This web page has a facility for controlling the irrigation of plants, both in manual and automatic fashion. The health of the plants is monitored by a raspberry pi camera which gives live streaming to the webpage. Water flow sensor accords information about water flow to the controller by the means of wireless communication. This information is analyzed by the controller to find out leakages in the pipe. Further, weather prediction is carried out, so as to regulate the quantity of water being administered thus making it more reliable and efficient.
机译:印度是一个农业至关重要的国家。因此,重要的是要以最快的方式灌溉植物,以通过最大化单位空间的产量来获得良好的产量。灌溉是指在准确的时间向植物提供适量的水。这项工作的目的是使用卡纳塔克邦国立技术学院校园内的智能滴灌系统灌溉植物。为此,将开放源代码平台用作系统的中央控制器。已经采用了各种传感器,这些传感器连续地提供控制植物健康的因素的现有参数。根据从RTC模块获得的信息,通过控制电磁阀以固定的时间间隔将水供应到工厂。整个灌溉系统可以通过网页进行监控和管理。该网页具有用于以手动和自动方式控制植物灌溉的设施。植物的健康状况通过覆盆子pi摄像机进行监控,该摄像机将实时流式传输到网页。水流传感器通过无线通信将有关水流的信息传递给控制器​​。控制器会分析此信息以找出管道中的泄漏。此外,进行天气预报,以便调节所施用的水量,从而使其更可靠和有效。

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