DETECTION OF SEPTORIA SPOT ON BLUEBERRY LEAF IMAGES USING SVM CLASSIFIER

M. Latha, S. Jaya
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引用次数: 1

Abstract

Identification and classification of the plant leaf is efficient way to preventing loss occurred in agricultural field. The Septoria leaf spot is mainly affect the leaves which caused by a fungus, flu, bacteria. The Production of blueberry fruit is decreasing due to the disease affected on its stem and leaf. Small brown spots are frequently visible on blueberry leaves at specific period in the year. The spots, generally surrounded by bright yellow halos, start on the lower leaves and slowly appear on upper leaves over time. Image processing technology has been proved to be an efficient analysis to identify and detect the disease on a leaf. This proposed paper intends to focus to detect and classify a Septoria leaf spot on blueberry using Image Processing techniques such as, k-means clustering (k-nearest neighbor) for Segmentation, Gray-Level Co-occurrence Matrix for feature extraction and Support Vector Machine classifier to detect the leaf stage whether it is affected by Septoria spot or not. Totally 13 features have been extracted from each Blueberry leaf images where dataset of 40 images were taken for training and testing process partially and obtained the accuracy level was 96.77% using F-measure.
用SVM分类器检测蓝莓叶片图像中的红斑
植物叶片的鉴定和分类是防止农田发生损失的有效途径。Septoria叶斑病主要是由真菌、流感、细菌引起的。蓝莓果实的产量正在下降,因为它的茎和叶受到了疾病的影响。在一年中的特定时期,蓝莓叶片上经常可见小的棕色斑点。斑点通常被明亮的黄色光晕包围,从下部叶片开始,随着时间的推移慢慢出现在上部叶片上。图像处理技术已被证明是识别和检测叶片疾病的有效分析方法。本文旨在利用图像处理技术,如用于分割的k-均值聚类(k-最近邻)、用于特征提取的灰度共生矩阵和用于检测叶期是否受Septoria斑点影响的支持向量机分类器,对蓝莓上的Septoria叶斑进行检测和分类。从每幅蓝莓叶图像中提取了13个特征,其中40幅图像的数据集部分用于训练和测试过程,使用F-measure获得的准确率为96.77%。
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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