深度学习技术检测作物病害和营养缺乏-调查

M. Sowmiya, S. Krishnaveni
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引用次数: 2

摘要

农业是印度经济的基础,工业和服务业在此基础上蓬勃发展。植物病害严重影响农产品的质量和数量。病害症状的早期识别和植物病害的准确分类是农业生产中的两个关键因素。传统的方法由现有的图像处理技术和机器学习技术组成,如SVM、随机森林算法等主要用于疾病检测和分类,由于检测效率低下和分类不准确,被深度学习技术所取代。本文主要研究采用不同的深度学习(Deep Learning, DL)架构对植物病害进行分类,从而提高植物病害的跟踪和分类精度。本研究还讨论并列出了基于分类精度的各种深度学习架构的优缺点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Deep Learning Techniques to Detect Crop Disease and Nutrient Deficiency -A Survey
Agriculture forms the root of the Indian economy on which the industrial and service sectors thrive. Plant diseases cause a significant decrease in the quality and quantity of agricultural products. Early identification of disease symptoms and accurate classification of plant diseases are two critical factors in the agricultural production. Traditional methods which consist of existing image processing techniques and machine learning techniques like SVM, Random Forest algorithms which were primarily used for disease detection and classification are replaced by deep learning techniques due to inefficient detection and inaccurate classification. This paper mainly focuses on classification of plant diseases by different Deep Learning (DL) architectures adopted for tracing and classifying plant diseases with higher accuracy. This study also discusses and lists the merits and demerits of various Deep Learning architectures based on classification accuracy.
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