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Bell Pepper Leaf Disease Classification Using CNN

机译:使用CNN进行甜椒叶病分类

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In classifying various plant diseases, Great success has been achieved through deep learning with convolutional neural networks (CNNs). This paper offers an overview analysis of current plant-based disease detection systems. In this analysis, using a CNN, equipped with a bell pepper plant image dataset, a variety of simulation approaches for neurons and layers were used. Plant diseases cause significant growth and economic losses, as well as a reduction in the quality and quantity of agricultural products. In monitoring large crop fields, the detection of plant diseases in a day has received increasing attention. Good plant health and disease identification data through effective management strategies may promote disease control. This approach would increase the production of crops. Bugs known as aphids spread viruses. That's why control of insects is so important to control pepper plant problems. Pepper-related diseases will devastate your entire garden like a virus or wilt. When you find issues with the pepper crop, the best thing to do is destroy the infected plant before it infects the entire garden. As it is understood Once trained on larger datasets, convolutional networks may learn features, there is no need to worry about image quality.
机译:在对各种植物病害进行分类时,通过使用卷积神经网络(CNN)进行深度学习已经取得了巨大的成功。本文提供了当前基于植物的疾病检测系统的概述分析。在此分析中,使用配备有灯笼椒植物图像数据集的CNN,可以使用多种神经元和层的模拟方法。植物病害导致重大的增长和经济损失,以及农产品质量和数量的下降。在监视大田地中,一天中植物病害的检测受到越来越多的关注。通过有效的管理策略获得良好的植物健康和疾病识别数据可以促进疾病控制。这种方法将增加农作物的产量。被称为蚜虫的臭虫会传播病毒。这就是为什么控制昆虫对控制胡椒植物问题如此重要。胡椒相关疾病会像病毒或枯萎一样破坏整个花园。当您发现胡椒作物出现问题时,最好的办法是在被感染的植物感染整个花园之前将其破坏。可以理解,一旦在较大的数据集上进行训练,卷积网络就可以学习特征,而无需担心图像质量。

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