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Cloud-Based System for Supervised Classification of Plant Diseases Using Convolutional Neural Networks

机译:基于卷积神经网络的基于云的植物病害监督分类系统

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Agriculture is a major contributor to India's GDP. A lot of farmers reside in remote areas of the country and are in constant conjecture as to whether their crop is healthy or not. This makes them use pesticides, artificial fertilizers as a precautionary measure, which is detrimental to its edible fitness. This paper aims to address this issue by providing a cloud based system to determine if the crop is healthy or unhealthy. It aims to perform real time classification using supervised learning, along with elucidating the architecture of the system which classifies images of diseased plants, using Convolutional Neural Networks. It highlights the necessity of real time data gathering. The other obstacle this paper aims to mitigate is to reduce the misclassification rate by comparing classification algorithms(CNN and SVM) and choosing the appropriate algorithm. The dataset for the project is gathered from farms in India. The work also intends to provide this dataset of labelled plant diseases for future use.
机译:农业是印度GDP的主要贡献者。许多农民居住在该国偏远地区,他们对自己的作物是否健康一直处于不断的猜想中。这使得他们使用农药,人工肥料作为预防措施,这不利于其可食用性。本文旨在通过提供一种基于云的系统来确定农作物是否健康来解决这个问题。它旨在使用监督学习进行实时分类,并使用卷积神经网络阐明对病株图像进行分类的系统架构。它强调了实时数据收集的必要性。本文旨在缓解的另一个障碍是通过比较分类算法(CNN和SVM)并选择合适的算法来降低误分类率。该项目的数据集来自印度的农场。该工作还打算提供标记植物病害的数据集,以备将来使用。

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