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Intelligent Disease Detection System for Early Blight of Tomato Using Foldscope: A Pilot Study

机译:利用Foldscope进行番茄早疫病智能疾病检测系统的初步研究

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Early disease identification plays an inevitable role in modern agricultural fields to mitigate huge production losses. This paper presents a method to identify the pathogen of Alternaria solani, causing early blight fungal disease in tomato leaves, using foldscope and machine learning algorithms. Foldscope is a paper microscope invented by Manu Prakash and his team. It is the remedy for bulky and expensive conventional microscope. The foldscope can be attached with high resolution mobile phone for obtaining magnified images. The images of Alternaria solani were captured using the above mentioned set up. Then the captured images were classified using various machine learning algorithms. The quadratic Support Vector Machine (SVM) classifier shows the highest classification accuracy of 89% in prediction phase when compared to other machine learning algorithms.
机译:早期疾病识别在现代农业领域中扮演着不可避免的角色,以减轻巨大的生产损失。本文提出了一种使用折叠镜和机器学习算法鉴定茄型链球菌引起番茄叶枯病真菌病原体的病原体的方法。 Foldscope是Manu Prakash和他的团队发明的一种纸质显微镜。它是笨重而昂贵的常规显微镜的补救措施。折叠镜可以与高分辨率手机相连,以获取放大的图像。使用上述设置捕获了链格孢菌的图像。然后,使用各种机器学习算法对捕获的图像进行分类。与其他机器学习算法相比,二次支持向量机(SVM)分类器在预测阶段显示出89%的最高分类精度。

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