利用机器学习识别植物叶片病害

Supriya Kumari, Neeraj Kumari, Nuparam
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摘要

农业在印度非常重要,因为它是一个不断发展的国家。生活在印度农村地区的近六成人口依靠务农为生。作为世界上最受欢迎的农产品之一,西红柿在许多人的日常饮食中起着至关重要的作用。因此,识别和分类番茄植株可能患有的任何疾病对于防止番茄数量和产量的重大损失至关重要。这些问题通过采用广泛的方法和技术(如图像处理)来解决。和许多其他植物一样,番茄的叶子是第一个表现出疾病迹象的。研究中使用了四个步骤来缩小潜在的疾病类型。总共有四个步骤:数据清理/预处理、叶分割、特征提取和分类。首先,我们利用图像预处理来去除任何分散注意力的背景,然后我们使用图像分割来挑出受到冲击最严重的叶子区域。可以使用被称为卷积神经网络(CNN)的有监督的复杂机器学习方法来找到分类和回归问题的解决方案。如果用户已经到了这个阶段,他们应该寻求帮助。疾病对植物生命的影响是最具破坏性的。本研究展示了图像处理如何通过检查受影响叶片的图像来检测番茄植株的缺陷。
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Plant Leaf Disease Identification using Machine Learning
Agriculture is very important in India since it is a growing nation. Nearly six-in-ten individuals living in rural areas of India rely on farming for their livelihood. As one of the world's most popular produce items, tomatoes play a vital role in many people's daily meals. Therefore, identifying and classifying any diseases a tomato plant may have is essential for preventing substantial loss in tomato quantity and production. Such problems are addressed using cutting-edge tech by employing a broad range of approaches and techniques, such as image processing. As with many other plants, a tomato plant's leaves are the first to exhibit signs of a disease. Four steps were used in the research to narrow down the potential illness types. There are four steps total: data cleansing/preprocessing, leaf segmentation, feature extraction, and classification. First, we utilise picture preprocessing to get rid of any distracting backgrounds, and then we use image segmentation to single out the areas of the leaf that took the brunt of the impact. It is possible to employ the supervised, complex machine learning method known as a Convolutional Neural Network (CNN) to find solutions to classification and regression issues. If the user has reached this stage, they should seek help. Diseases have the most devastating impact on plant life. This research demonstrates how image processing may be used to detect flaws in tomato plants by examining images of the affected leaves.
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