Daniela Bonifacio, Amir Mari II E. Pascual, M. V. Caya, Janette C. Fausto
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The study used an image processing technique which is the Gray-Level Segmentation and Edge-Detection Technique for image pre-processing which is processed by TensorFlow and Keras under a python module to train and create the model using Convolutional Neural Network. Using the open-source dataset provided by PlantVillage, a neural network model for the common maize disease stated by the Bureau of Plant Industry has been created. The study used a Raspberry Pi 3B to classify the status of the Maize in question due to the portability of the device. 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引用次数: 12
摘要
根据植物工业局的报告,玉米病害一直是菲律宾农民面临的常见问题之一。农民通常的做法是,他们需要提交一张他们想要检查的可能病害的照片,然后等待植物工业局确认是哪种病害。这通常需要时间,而且在验证之前病害会恶化。研究人员提议的研究是确定玉米的健康状况,还是受到常见玉米病害(灰叶斑病、叶锈病和北方叶枯病)的感染。该研究使用了一种图像处理技术,即灰度分割和边缘检测技术来进行图像预处理,并通过 Python 模块下的 TensorFlow 和 Keras 进行处理,使用卷积神经网络来训练和创建模型。利用 PlantVillage 提供的开源数据集,创建了一个神经网络模型,用于处理植物产业局提出的常见玉米病害。由于设备的便携性,这项研究使用 Raspberry Pi 3B 对有关玉米的状况进行分类。利用综合图像处理技术,该系统的总体检测准确率达到 92.50%,精确率为 92.50%。
Determination of Common Maize (Zea mays) Disease Detection using Gray-Level Segmentation and Edge-Detection Technique
Maize disease has been one of the common problems for farmers in the Philippines as reported by the Bureau of Plant Industry. The usual process done by farmers is they would need to submit a photo of the possible disease they want to check and wait for the Bureau of Plant Industry to validate what kind of disease it is. This usually takes time and the disease would worsen before the validation would be done. The proposed study by the researcher is to determine the status of the Maize if it is healthy or is infected by a common maize disease which are Gray Leaf Spot, Leaf Rust, and Northern Leaf Blight. The study used an image processing technique which is the Gray-Level Segmentation and Edge-Detection Technique for image pre-processing which is processed by TensorFlow and Keras under a python module to train and create the model using Convolutional Neural Network. Using the open-source dataset provided by PlantVillage, a neural network model for the common maize disease stated by the Bureau of Plant Industry has been created. The study used a Raspberry Pi 3B to classify the status of the Maize in question due to the portability of the device. Using the combined image processing technique, the overall accuracy for the detection rate of the system prosed has achieved 92.50% and having the precision rate with 92.50%.