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Coriander Classification System Using Machine Learning Techniques

机译:采用机器学习技术的香菜分类系统

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摘要

In agricultural science, the use of imagery is of great utility. By means of images, diseases can be detected and identified at an early stage. Another way to use images is for sorting and grading. The need of this work is to create a classification system able to classify the quality of coriander as close as possible to the human eye. The problem in classifying the quality of coriander is that it requires experience and good vision. With an ageing population, this task may become quite tedious. To counterpart this problem, machine learning technique is used to create a coriander classification system. Convolutional neural network (CNN) is used as the machine learning technique as it supports the use of images and is able to treat images of three channel depths. To train the model, the need of a database is of upmost importance. Therefore, a database containing images of fresh coriander and rotten coriander was created. A classification model was created and after evaluation, the optimal accuracy reached 98%. Considering the relatively small database used, the model is considered to be very efficient.
机译:在农业科学中,使用图像具有很大的效用。通过图像,可以在早期阶段检测和识别疾病。另一种使用图像的方法是用于排序和分级。这项工作的需要是创建一个能够将香菜质量分类为人眼睛的分类系统。分类香菜质量的问题是它需要经验和良好的愿景。随着年迈的人口,这项任务可能会变得非常乏味。为了对应解决这个问题,使用机器学习技术来创建Coriander分类系统。卷积神经网络(CNN)用作机器学习技术,因为它支持使用图像并且能够处理三个沟道深度的图像。要培训模型,需要数据库的需要最重要。因此,创建了一个包含新鲜香菜和腐烂的香菜图像的数据库。创建分类模型,并在评估后,最佳精度达到98%。考虑到使用的相对较小的数据库,该模型被认为是非常有效的。

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