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首页> 外文期刊>International journal of information system modeling and design >Deep Learning-Based Knowledge Extraction From Diseased and Healthy Edible Plant Leaves
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Deep Learning-Based Knowledge Extraction From Diseased and Healthy Edible Plant Leaves

机译:基于深入的学习知识提取来自患病和健康食用植物的叶子

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Agriculture contributes majorly to all nations' economies, but crop diseases are now becoming a very big issue that has to be resolving immediately. Because of this, crop/plant disease detection becomes a very significant area to work. However, a huge number of studies have been done for automatic disease detection using machine learning, but less work has been done using deep learning with efficient results. The research article presents a convolution neural network for plant disease detection by using open access ‘PlantVillage' dataset for three versions that are colored, grayscale, and segmented images. The dataset consists of 54,305 images and is being used to train a model that will be able to detect disease present in edible plants. The proposed neural network achieved the testing accuracy of 99.27%, 98.04%, and 99.14% for colored, grayscale, and segmented images, respectively. The work also presents better precision and recall rates on colored image datasets.
机译:农业主要贡献了所有国家的经济体,但农作物疾病现在正在成为一个非常大的问题,必须立即解决。 因此,作物/植物疾病检测成为工作的非常重要的领域。 然而,使用机器学习的自动疾病检测已经完成了大量的研究,但使用深度学习,使用高效结果进行了更少的工作。 该研究制品通过使用彩色,灰度和分段图像的三个版本,使用开放访问“Plantvillage”数据集提出了一种卷积神经网络,用于植物疾病检测。 DataSet由54,305个图像组成,用于训练将能够检测到可食用植物中存在的疾病的模型。 所提出的神经网络分别实现了99.27%,98.04%和99.14%的测试精度,分别为有色,灰度和分段图像。 该工作还提供了彩色图像数据集上更好的精度和召回率。

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