Plant Chili Disease Detection using the RGB Color Model

Z. Husin, A. Shakaff, A. Aziz, R. Farook
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引用次数: 13

Abstract

Nowadays, chili is an important and high value product that able to give higher returns to farmers. However, chili plant fruitfulness should be given priority so that it's not damaged by pets and diseases. There are a few diseases that could attack the chili plant through the leaves. This research paper describes an image processing technique that identifies the visual symptoms of chili plant diseases using an analysis of colored images. This project proposed the design of software program that recognizes the color and shape of the chili leaf image. A few problems and constraints had to be identified before starting the project such as the different color of chili leaf, shape of chili leaf taken in different angle and distance, the group of the chili leaf and the resolution of the image captured. LABVIEW software is used to capture the image of chili plant in RGB color model and MATLAB software is used to enable a recognition process to determine the chili plant disease through the leaf images. The image recognition processes include the threshold, complementation, edging, segmentation, colors comparison and colors recognition. The recognition result of this research is about 93.3% from 120 images of chili plant. The proposed method in recognizing chili plant disease is demonstrated by experiments.
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利用RGB颜色模型进行植物辣椒病害检测
如今,辣椒是一种重要的高价值产品,能够给农民带来更高的回报。然而,辣椒植物的结果应该优先考虑,这样它就不会被宠物和疾病破坏。有一些疾病可以通过叶子攻击辣椒植株。这篇研究论文描述了一种图像处理技术,该技术通过对彩色图像的分析来识别辣椒植物疾病的视觉症状。本课题提出了辣椒叶片图像颜色和形状识别软件程序的设计。在项目开始之前,需要确定一些问题和限制条件,例如辣椒叶的不同颜色,不同角度和距离拍摄的辣椒叶的形状,辣椒叶的组和捕获图像的分辨率。利用LABVIEW软件对RGB颜色模型下的辣椒植株图像进行采集,利用MATLAB软件对叶片图像进行识别处理,确定辣椒植株的病害。图像识别过程包括阈值、互补、边缘、分割、颜色比较和颜色识别。本研究对120张辣椒植物图像的识别率约为93.3%。实验验证了该方法在辣椒病害识别中的应用。
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