Transfer Learning approach to Sugarcane Foliar disease Classification with state-of-the-art Sugarcane Database

Swapnil D. Daphal, S. Koli
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引用次数: 5

Abstract

In recent years, plant disease detection and classification systems have helped in better farming practices. With the advent of artificial intelligence, agriculture automation has seen innovative methods to mitigate risk and losses in farming. In this paper use of deep learning for sugarcane, disease classification is analyzed. Around 1470 images with 5 categories have thoroughly experimented. Transfer learning methods like VGG-16 net and ResNet are compared for an identical set of input parameters. The results obtained show with the limited set of datasets, transfer learning schemes can provide good results. VGG-16 Net and ResNet have shown accuracy around 83.00 % & 91.00 %, respectively.
基于最新甘蔗数据库的甘蔗叶面病害分类的迁移学习方法
近年来,植物病害检测和分类系统有助于改善耕作方式。随着人工智能的出现,农业自动化出现了降低农业风险和损失的创新方法。本文利用深度学习对甘蔗病害分类进行了分析。大约有1470张图片,分为5个类别进行了彻底的实验。对于相同的输入参数集,比较了vgg - 16net和ResNet等迁移学习方法。结果表明,在有限的数据集条件下,迁移学习方案可以提供良好的学习效果。VGG-16 Net和ResNet的准确率分别在83.00 %和91.00 %左右。
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