Plant Disease Identification Using Transfer Learning

Muhammad Sufyan Arshad, Usman Rehman, M. Fraz
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引用次数: 14

Abstract

Early detection and control of plant disease is of vital importance for better yield from crops. Plant disease can be identified from the leaves as the texture, color and spots are different from healthy leaves. Conventional method of observing the leaves require expertise. So development of plant disease detection using Deep Learning techniques such as transfer learning can help the farmers who lack expertise and resources to hire the expert. In this study, ResNet50 with Transfer Learning is used for disease identification of potato, tomato and corn. Performance of ResNet50 is compared with VGG16 and MCNN built and trained from scratch. ResNet50 achieved highest performance of 98.7% for plant disease identification. 16 classes of different plant diseases can be identified in the model. Work can be extended by training model on more classes.
利用迁移学习进行植物病害鉴定
植物病害的早期发现和控制对提高作物产量至关重要。植物病害可以通过叶片的纹理、颜色和斑点与健康叶片不同来识别。观察树叶的传统方法需要专业知识。因此,利用迁移学习等深度学习技术开发植物病害检测技术,可以帮助缺乏专业知识和资源的农民聘请专家。在本研究中,使用带有迁移学习的ResNet50进行马铃薯、番茄和玉米的病害识别。ResNet50的性能与VGG16和从头构建和训练的MCNN进行了比较。ResNet50在植物病害鉴定方面达到了最高的98.7%。该模型可识别16类不同的植物病害。工作可以通过更多课程的培训模式来扩展。
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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