基于KNN和SVM分类器的葡萄叶片分类

Anil A. Bharate, M. Shirdhonkar
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引用次数: 8

摘要

众所周知,在当今世界,国内生产总值(GDP)决定了一个国家的繁荣。农业直接贡献了GDP,因此农业的发展需要付出难以置信的努力。由于缺乏这方面的专家,自动化是农业发展的关键。因此,自动化对农民来说是一个福音,可以防止他们的植物生病,提高产量。提出的工作包括应用图像处理技术对健康和非健康的葡萄叶片进行自动分类。从叶片图像中获得颜色和纹理等特征,并使用k -最近邻(KNN)和支持向量机(SVM)等分类器对给定的葡萄叶片进行分类。研究发现,对于实时图像,KNN(当K=1时)比SVM具有更好的精度。SVM分类器的准确率达到90%,KNN分类器的准确率达到96.66%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Classification of Grape Leaves using KNN and SVM Classifiers
As it is known, in today’s world gross domestic product (GDP) determines the prosperity of a nation. Agriculture directly adds to the GDP, subsequently incredible endeavors are to be made for its advancement. Automation is the key for the development of agriculture as there is lack of specialists in this field. So, automation will be a boon for farmers to prevent their plants from diseases and increase the yield. The proposed work includes applying techniques of image processing to automatically classify grape leaves in to healthy and non-healthy. Features such as color and texture are obtained from the leaf image and classifiers such as K-Nearest Neighbor (KNN) and Support Vector Machine (SVM) are used to classify the given grape leaf. It is discovered that for real time images, KNN (for K=1) gives better accuracy compared with SVM. The accuracy of proposed system is accomplished as 90% for SVM classifier and 96.66% for KNN classifier.
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