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Determination of soil nutrients and pH level using image processing and artificial neural network

机译:使用图像处理和人工神经网络测定土壤养分和pH水平

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In this study, image processing and artificial neural network was used to efficiently identify the nutrients and pH level of soil with the use of Soil Test Kit (STK) and Rapid Soil Testing (RST) of the Bureau of Soils and Water Management: (1) pH, (2) Nitrogen, (3) Phosphorus, (4) Potassium, (5) Zinc, (6) Calcium, and (7) Magnesium. The composition of the system is made of five sections namely soil testing, image capturing, image processing, training system for neural network, and result. The use of Artificial Neural Network is to hasten the performance of image processing in giving accurate result. The system will base on captured image data, 70% for training, 15% for testing and 15% for validation as default of neural network tool of MATLAB. Based on the result, the program will show the qualitative level of soil nutrients and pH. Overall, this study identifies the soil nutrient and pH level of the soil and was proven accurate.
机译:在本研究中,使用土壤和水管理局的土壤试剂盒(Stk)和水土局的快速土壤检测(1,图像处理和人工神经网络用于有效识别土壤的营养和pH水平和土壤和水管理局的快速土壤检测(1 )pH,(2)氮,(3)磷,(4)钾,(5)锌,(6)钙和(7)镁。该系统的组成由五个部分,即神经网络的土壤测试,图像捕获,图像处理,培训系统以及结果。人工神经网络的使用是为了加速图像处理在提供准确结果时的性能。系统将基于捕获的图像数据,70 %进行培训,15 %,用于测试的验证15 %作为MATLAB的神经网络工具的默认值。基于结果,该计划将显示土壤营养素和pH的定性水平。总体而言,该研究确定了土壤的土壤养分和pH水平,并被证明是准确的。

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