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Soil NPK and Moisture analysis using Wireless Sensor Networks

机译:使用无线传感器网络进行土壤NPK和水分分析

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Agriculture plays a vital role in the economic development of our country. Crop yield primarily depends on soil fertility and moisture level. Fertilizers are normally recommended based on the nutrient present in the soil. To recommend a suitable fertilizer level, the soil nutrient analysis is essential which is done mostly using laboratory techniques. Manual methods of measuring soil nutrients are time consuming. Many farmers refrain to perform soil testing in the laboratory and grow the same crop in the land continuously, hence soil loses its fertility. A system has been proposed to adopt precision agriculture using Wireless Sensor Networks, which enables remote monitoring of soil fertility and other parameters namely soil moisture, pH and temperature. This data is transmitted to the cloud and the corresponding values are displayed on a mobile application. The proposed Internet of things (IoT) based software system has the intelligence to recommend the quantity of water and fertilizer which improves the quality of the soil and ensures optimum growth of the crop.
机译:农业在我国经济发展中起着至关重要的作用。作物产量主要取决于土壤肥力和水分含量。通常建议根据土壤中的养分使用肥料。为了推荐合适的肥料水平,必须对土壤养分进行分析,这主要是通过实验室技术来完成的。手动测量土壤养分的方法非常耗时。许多农民不愿在实验室进行土壤测试,并在土地上连续种植相同的农作物,因此土壤失去了肥力。已经提出了一种使用无线传感器网络来采用精确农业的系统,该系统能够远程监测土壤肥力和其他参数,例如土壤湿度,pH和温度。该数据被传输到云,并且相应的值显示在移动应用程序上。所建议的基于物联网(IoT)的软件系统具有智能功能,可建议水和肥料的用量,从而改善土壤质量并确保作物的最佳生长。

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