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A Hybrid of Plant Leaf Disease and Soil Moisture Prediction in Agriculture Using Data Mining Techniques

机译:利用数据采矿技术植物叶病和农业土壤水分预测的杂交

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This paper focuses on developing novel technologies for monitoring the plant health, evaluating the water content level for different plants by analyzing the plant and soil images respectively. Initially, plants and soil images are captured through digital camera with a required resolution. The innerdistance shape context based descriptor and geometrical descriptors are used for extracting the shape and geometric features from the plant images. In addition, texture and color features are extracted from the soil images. By using the contour features of the plant images, the plant type is identified through the botanical plant species dictionary. The leaf diseases are predicted by Transductive Support Vector Machine classification. The causes for the specific plant disease are identified based on the Latent Dirichlet Allocation and Artificial Neural Network classification technique through the features of soil images and the diseased plant images. The obtained results are broadcasted to the cultivators through mobile phones by means of text messages on a daily and seasonal basis with possible suggestions of preventive measures.
机译:本文侧重于开发用于监测植物健康的新型技术,通过分别分析植物和土壤图像来评估不同植物的水含量水平。最初,通过具有所需分辨率的数码相机捕获植物和土壤图像。基于内部形式的基于的描述符和几何描述符用于从植物图像中提取形状和几何特征。此外,从土壤图像中提取纹理和颜色特征。通过使用植物图像的轮廓特征,通过植物植物物种词典鉴定工厂类型。通过转膜支持向量机分类预测叶片疾病。通过土壤图像和患病植物图像的特征,基于潜在的Dirichlet分配和人工神经网络分类技术来鉴定特异性植物疾病的原因。获得的结果通过每日和季节性的文本消息通过手机通过手机播放到培耕机中,可能会有可能的预防措施建议。

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