Application of Transfer Learning to Detect Potato Disease from Leaf Image

Farabee Islam, Md. Nazmul Hoq, C. M. Rahman
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引用次数: 22

Abstract

Potato is one of the most significant crops over the world. But production of potato is hampered due to some diseases which cause an increase of the cost as well as affect the life of the farmers. An automatic and early detection of these diseases will increase the production and help to digitize the system. Our main objective is to detect the potato diseases with a few leaf image data using advanced machine learning techniques. In this paper, we demonstrate that transfer learning technique could be used for early detection of potato diseases when it is difficult to collect thousands of new leaf images. Transfer learning uses already trained deep learning model's weight to solve new problem. The experiments included images of 152 healthy leaves, 1000 Late blight leaves, and 1000 early blight leaves. The program predicts with an accuracy of 99.43% in testing with 20% test data and 80% train data. We also compared sequential deep learning model with several pre-trained model applying transfer learning and found that transfer learning provided best result till date. Our output showed that transfer learning outperform all existing works on potato disease detection.
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迁移学习在马铃薯叶片图像病害检测中的应用
马铃薯是世界上最重要的农作物之一。但是由于马铃薯的病害,马铃薯的生产受到了阻碍,不仅增加了成本,而且影响了农民的生活。这些疾病的自动和早期检测将增加产量,并有助于系统的数字化。我们的主要目标是利用先进的机器学习技术,利用少量的叶片图像数据来检测马铃薯病害。在本文中,我们证明了迁移学习技术可以用于在难以收集数千张新叶图像的情况下早期检测马铃薯病害。迁移学习使用已经训练好的深度学习模型的权值来解决新问题。实验包括152片健康叶片、1000片晚疫病叶片和1000片早疫病叶片的图像。在20%的测试数据和80%的训练数据的测试中,该程序的预测准确率为99.43%。我们还将序列深度学习模型与几种应用迁移学习的预训练模型进行了比较,发现迁移学习提供了迄今为止最好的结果。我们的输出表明,迁移学习优于所有现有的马铃薯病害检测工作。
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