Plant Disease Identification and Suggestion of Remedial Measures using Machine Learning

Shyam Chand G, H. R.
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Abstract

Plants are an important source of energy for all organisms on earth. But plant diseases act as a hindrance for effective consumption of plant products and also adversely affect the life of crops. When the farmers diagnose diseases manually, lot of difficulties arise due of the lack of knowledge and unavailability of professionals. It also requires much time in manually identifying and classifying crop diseases. In this context, a model is proposed for identifying plant diseases and to suggest remedial measures. Here a transfer learning based CNN model is implemented using VGG16 and ResNet50. The dataset used consists of 34824 training images and 8767 testing images of thirty-eight output classifications including 26 crop diseases found in fourteen crops. The VGG16 model shown 99.1 percentage accuracy and ResNet50 exhibited 99.3 percentage accuracy with considerable reduction of computation time than VGG16.
基于机器学习的植物病害识别及补救措施建议
植物是地球上所有生物的重要能量来源。但植物病害不仅阻碍植物产品的有效消费,而且对作物的寿命产生不利影响。农民在手工诊断疾病时,由于知识的缺乏和专业人员的缺乏,出现了很多困难。人工识别和分类作物病害也需要花费大量时间。在此背景下,提出了一种识别植物病害并提出补救措施的模型。本文使用VGG16和ResNet50实现了一个基于迁移学习的CNN模型。使用的数据集由38个输出分类的34824张训练图像和8767张测试图像组成,其中包括14种作物的26种作物病害。VGG16模型的准确率为99.1%,ResNet50模型的准确率为99.3%,计算时间比VGG16大大减少。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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