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Plant Disease Detection Using Machine Learning

机译:使用机器学习进行植物病害检测

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摘要

Crop diseases are a noteworthy risk to sustenance security, however their quick distinguishing proof stays troublesome in numerous parts of the world because of the non attendance of the important foundation. Emergence of accurate techniques in the field of leaf-based image classification has shown impressive results. This paper makes use of Random Forest in identifying between healthy and diseased leaf from the data sets created. Our proposed paper includes various phases of implementation namely dataset creation, feature extraction, training the classifier and classification. The created datasets of diseased and healthy leaves are collectively trained under Random Forest to classify the diseased and healthy images. For extracting features of an image we use Histogram of an Oriented Gradient (HOG). Overall, using machine learning to train the large data sets available publicly gives us a clear way to detect the disease present in plants in a colossal scale.
机译:作物疾病是维持粮食安全的一个值得注意的风险,但是由于缺乏重要的基础,它们的快速区分性证据在世界许多地方仍然很麻烦。基于叶的图像分类领域中精确技术的出现已显示出令人印象深刻的结果。本文利用随机森林从创建的数据集中识别健康叶片和患病叶片。我们提出的论文包括实施的各个阶段,即数据集创建,特征提取,训练分类器和分类。在随机森林下对创建的患病和健康叶片的数据集进行集体训练,以对患病和健康图像进行分类。为了提取图像的特征,我们使用了定向梯度直方图(HOG)。总体而言,使用机器学习来训练公开可用的大数据集为我们提供了一种清晰的方法,可以以巨大的规模检测植物中存在的疾病。

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