Comparison of ALEXNET and VGG16 for Analysis of Plant Leaf Disease

Dayana Mariya Tomy, Aleena M. Jaison, Aksa Christopher, Arun Tomy, Jaison Jacob, A. Harsha
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Abstract

Plant leaves are most commonly affected by diseases caused by bacteria, fungi or viruses which results in an immense decrease in the yield from plants. Since most of the people in India are dependent on agriculture there is a need to detect the plant leaf diseases at an early stage. This paper discusses the plant leaf disease detection using two convolutional neural networks that is AlexNet and VGG16. Both the model was trained using dataset of 38 different classes of plant leaves. The role of number of images, learning rate and freezing of layers in the classification accuracy and training time have been analyzed. Further the prediction of noisy images was performed by using both models and remedy for the disease was displayed.
ALEXNET与VGG16在植物叶片病害分析中的比较
植物叶片最常受到细菌、真菌或病毒引起的疾病的影响,这些疾病导致植物产量大幅下降。由于印度大多数人依赖农业,因此有必要在早期阶段发现植物叶片疾病。本文讨论了AlexNet和VGG16两个卷积神经网络在植物叶片病害检测中的应用。这两个模型都是使用38种不同类型植物叶片的数据集进行训练的。分析了图像数量、学习率和层冻结对分类精度和训练时间的影响。进一步利用两种模型对噪声图像进行了预测,并给出了治疗方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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