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Characterization of Soil Moisture Level for Rice and Maize Crops using GSM Shield and Arduino Microcontroller

机译:使用GSM屏蔽和Arduino微控制器对水稻和玉米作物土壤水分水分的特征

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Soil serves a medium for plants growth. One factor that affects soil moisture is drought. Drought has been a major cause of agricultural disaster. Agricultural drought is said to occur when soil moisture is insufficient to meet crop water requirements, resulting in yield losses. In this research, it aimed to characterize soil moisture level for Rice and Maize Crops using Arduino and applying fuzzy logic. System architecture for soil moisture sensor and water pump were the basis in developing the equipment. The data gathered was characterized by applying fuzzy logic. Based on the results, applying fuzzy logic in validating the characterization of soil moisture level for Rice and Maize crops is accurate as attested by the experts. This will help the farmers in monitoring the soil moisture level of the Rice and Maize crops.
机译:土壤为植物生长供应培养基。影响土壤水分的一个因素是干旱的。干旱一直是农业灾害的主要原因。据说土壤水分不足以满足农作物需求,据说农业干旱,导致产量损失。在这项研究中,旨在使用Arduino和应用模糊逻辑的稻米和玉米作物的土壤水分水平。土壤湿度传感器和水泵系统架构是开发设备的基础。收集的数据是通过应用模糊逻辑的特征。根据结果​​,在验证水分水分水平的验证时应用模糊逻辑和专家证明的准确性是准确的。这将有助于农民监测水稻和玉米作物的土壤水分水平。

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