基于卷积神经网络的草莓叶片病害识别

Aldi Ramdani, S. Suyanto
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引用次数: 2

摘要

草莓是一种经济价值高、商业前景好的植物。草莓栽培的一个常见问题是种子很快就会生病。从叶片上可检出斑叶病、枯叶病、焦叶病等。从草莓的叶子上识别病害可以防止对果实的损害。我们提出了一个CNN模型,从草莓的叶子上识别病害。CNN是深度学习方法之一,在许多先前的研究中被用于识别水果疾病。提出的技术有四种不同的草莓叶片类型:健康、焦斑、斑叶和叶枯病。使用ResNet-50架构对3600张图像的模型进行预测,该模型对斑叶的预测精度为100%,对枯萎叶的预测精度为99%,对焦枯叶的预测精度为99%,对健康叶的预测精度为100%。该模型为草莓病害鉴定提供了一种简单、可靠的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Strawberry Diseases Identification From Its Leaf Images Using Convolutional Neural Network
Strawberry is a plant with high economic value and promising business prospects. A common problem in strawberry cultivation is that the seeds quickly get a disease. Some diseases like spot leaf, blight leaf, and scorch leaf can be detected from the leaf. Identifying strawberry diseases from its leaf can prevent damage to the fruit. We proposed a CNN Model to identifying strawberry diseases from its leaf. CNN is one of deep learning approaches that has been used in many previous studies to identifying fruit diseases. There are four different strawberry leaf types, healthy, scorch leaf, spot leaf, and leaf blight, in the proposed technique. Using ResNet-50 architecture for the model with 3600 images, the model achieves a prediction accuracy of 100% for spot leaf, 99% for blight leaf, 99% for scorch leaf, 100% for a healthy leaf. The proposed model provides a simple, reliable technique for identifying strawberry diseases.
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