基于区域CNN和支持向量机的芝麻作物杂草检测新算法

J. Julie, J. Athanesious, T. Santhosh, B. Vigneshwar
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引用次数: 1

摘要

农业包括各种各样的活动,如种植、灌溉、收获等等。在这些活动中,寻找影响整个田地的杂草是一个乏味的过程。杂草是和作物一起生长的不需要的植物。许多杂草看起来与作物非常相似,这使得农民很难在作物中对杂草进行分类。我们在全球有各种各样的作物,我们将以芝麻为主要作物,其他影响芝麻的有害植物被认为是杂草。我们的解决方案是使用基于区域的卷积神经网络(RCNN)来检测杂草和作物。在我们的数据集中,我们有1300张芝麻作物和其他作物(杂草)的图像。我们将使用Tensorflow Keras模型进行图像分类,其中我们将背景,作物和杂草作为类。我们使用RCNN来训练我们的模型,以获得微调图像和支持向量机来提高模型的整体预测。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Novel weed detection algorithm for sesame crop using Region-Based CNN with Support Vector Machine
Farming involves various activities such as cultivation, irrigation, harvesting, and more. In these activities, searching for weeds that affect the crops all over the field is a tedious process. Weeds are unwanted plants that grow along with crops. Many weeds look very similar to crops which makes it hard for farmers to categorize weeds among crops. We have various crops all over the globe in which we are going to take sesame as the main crop, and other unwanted plants that affect sesame are considered weeds. Our solution is to detect the weeds and crops using Region-Based Convolutional Neural Networks(RCNN). In our dataset, we have 1300 images of sesame crops and other crops (weeds). We will use, Tensorflow Keras model for image classification, in which we will have background, crop, and weeds as classes. We Train our model using RCNN to get fine-tuned images and SVM to improve the model's overall prediction.
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