Detection of Grape Leaf Diseases Using a Traditional Neural Network

Catherine Bimla J, Sindhuja S. N, Christina Jane .I
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Abstract

Having diseases is quite natural in crops due to changing climatic and environmental conditions. Diseases affect the growth and produce of the crops and often difficult to control. To ensure good quality and high production, it is necessary to have accurate disease diagnosis and control actions to prevent them in time. Grape which is widely grown crop in India and it may be affected by different types of diseases on leaf, stem and fruit. Leaf diseases which are the early symptoms caused due to fungi, bacteria and virus. So, there is a need to have an automatic system that can be used to detect the type of diseases and to take appropriate actions. This project proposes an automatic system for detecting the disease in the grape leaf using convolutional neural network. The CNN classified image is fed to the image processing operation. In image processing operation block Gaussian filter is used. The fuzzy inference system segments the processed image using Fuzzy c-means segmentation. A healthy leaf percentage are discovered using the fuzzy inference approach. This project is implemented with MATLAB simulation software and the output reveals the healthy percentage.
基于传统神经网络的葡萄叶片病害检测
由于气候和环境条件的变化,农作物生病是很正常的。病害影响农作物的生长和产量,而且往往难以控制。为了保证高质量和高产,必须有准确的疾病诊断和控制措施,及时预防。葡萄是印度广泛种植的作物,它可能受到叶子、茎和果实上不同类型疾病的影响。叶片疾病是由真菌、细菌和病毒引起的早期症状。因此,有必要有一个自动系统,可以用来检测疾病的类型并采取适当的行动。本课题提出了一种基于卷积神经网络的葡萄叶片病害自动检测系统。将CNN分类后的图像送入图像处理操作。在图像处理操作块中采用高斯滤波。模糊推理系统采用模糊c均值分割对处理后的图像进行分割。利用模糊推理方法确定了健康叶率。该方案采用MATLAB仿真软件实现,输出结果显示健康率。
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