基于异常的卷积神经网络图像滤波在草药植物识别中的比较研究

Amiel Joseph M. Lozada, Nigel L. Monsanto, Glenn B. Pepito
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摘要

近年来,通过使用卷积神经网络(cnn)进行植物识别已经在一些研究中得到了应用。由于cnn几乎是处理图像处理的默认方法,研究人员将重点转移到图像滤波技术上。本研究旨在探索最有效的草药植物识别图像滤波器。研究人员使用了11种药用植物的图像数据集,制作成四份用于图像处理。然后对数据集的三个不同副本应用三种图像滤波器,即:Canny边缘检测滤波器、色彩饱和度滤波器和对比度增强和阈值滤波器;由于第四份拷贝作为研究的对照组,因此没有应用任何药物。使用每个处理过的数据集训练异常模型。之后,研究人员在测试过程中通过混淆矩阵辨别出哪个CNN和图像过滤器产生了最准确的结果。计算并得出结论,颜色饱和度滤波器是用于识别草药植物的最佳图像过滤技术,在研究中使用的指标中达到100%。本研究的结果可以应用于一般的植物识别和图像处理的作品和系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Comparative Study on Image Filtering For Herbal Plant Identification Using Xception Based Convolutional Neural Network
Plant identification, through the use of Convolutional Neural Networks (CNNs), has been utilized in several studies over recent years. With CNNs being almost the default approach when dealing with image processing, the researchers shifted their focus on image filtering techniques. This study determined to investigate the most effective image filter for herbal plant identification. An image dataset of eleven medicinal plants was used by the researchers, made into four copies for image processing. Three image filters were then applied to three different copies of the dataset, namely: Canny Edge Detection filter, Color Saturation filter, and Contrast Enhancement and Thresholding filter; none were applied to the fourth copy since it served as the control group of the study. The Xception model was trained using each of the processed datasets. Afterwards, the researchers discerned which CNN and image filter yielded the most accurate results during testing through the confusion matrix. It was calculated and concluded that the Color Saturation filter was the best image filtering technique to use for identifying herbal plants, achieving 100% in the metrics used during the study. The results of this study can be applied in works and systems that focus on plant identification and image processing in general.
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