Recognition of Bean Leaf Diseases Using Neural Network and Machine Learning Techniques

L. Rahunathan, D. Sivabalaselvamani, E.S. Elakkiya, M. Madhumitha, K. Kumaresh
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引用次数: 1

Abstract

Plant leaf diseases have increased in prevalence recently, making it necessary to conduct accurate research. Bean leaf diseases can be prevented from spreading by earlier detection and accurate identification. Diseases of bean leaves have negatively affected bean yield and quality. There are two types of diseases predicted in bean leaves: angular leaf spots and rust. This work includes a contrast between deep learning algorithms and machine learning algorithms-based approaches such as CNN (Convolutional Neural Networks/ConvNet) and its predefined models, K-Nearest Neighbor in short KNN, Support Vector Machine can also have written as SVM, Multinomial Logistic Regression that automate the identification of leaf diseases in bean plant species. As far as known, no one has offered a comparison study for identifying bean leaf disease.
基于神经网络和机器学习技术的豆叶病害识别
近年来,植物叶片病害的发病率有所上升,有必要进行准确的研究。通过早期发现和准确鉴定,可以防止豆叶病的蔓延。大豆叶片病害严重影响大豆产量和品质。大豆叶片有两种病害:角斑病和锈病。这项工作包括深度学习算法和基于机器学习算法的方法之间的对比,如CNN(卷积神经网络/ConvNet)及其预定义模型,k近邻(简称KNN),支持向量机也可以写成SVM,多项逻辑回归,自动识别豆类植物物种的叶片疾病。就目前所知,还没有人提出鉴别豆叶病的比较研究。
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