Development Of An Improved Tomato Leaf Disease Detection And Classification Method

M. Kaur, R. Bhatia
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引用次数: 26

Abstract

Detection of the plant leaf diseases in earlier stage is beneficial for Indian Economy. The study shows the 10-30% of crops are damaged due to diseases, which is not detected in curing stage. Different leaf disease detection methods are used for different crops. The pretrained Deep Learning Model is used to detect and classify the Tomato Leaf diseases. Dataset of the Tomato Leaf Images is collected from plant village repository. It is divided into categories, six diseased and one healthy. The implementation is done in MATLAB®. Features are extracted from the Feature Layer of the Pre-trained model of ResNet i.e. Fully Connected Layer. It is used to train the model for tomato leaf dataset. The training and testing are defined in a separate phase. The classification is done by the linear learner of the ECOC. It returns a pool trained multiclass error correcting model. To evaluate the trained model various parameters are calculated. The proposed model is able to classify the diseases has a higher Accuracy, Precision, F -Score, Specificity and False Positive Rate. The results of trained model are found to be more accurate than base article.
一种改良番茄叶病检测与分类方法的建立
早期发现植物叶片病害对印度经济发展是有益的。研究表明,10-30%的作物因病害而受损,而病害在养护阶段未被发现。不同作物采用不同的叶病检测方法。利用预训练的深度学习模型对番茄叶片病害进行检测和分类。番茄叶片图像数据集来源于植物村数据库。它被分为六种疾病和一种健康。实现是在MATLAB®中完成的。特征提取自ResNet预训练模型的特征层(Fully Connected Layer)。将其用于番茄叶片数据集的模型训练。培训和测试在单独的阶段定义。分类是由ECOC的线性学习器完成的。它返回一个池训练的多类纠错模型。为了对训练好的模型进行评估,计算了各种参数。该模型能够对疾病进行分类,具有较高的准确率、精密度、F -Score、特异性和假阳性率。结果表明,训练后的模型比原始文章更准确。
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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