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Research and Analysis of Image Enhancement Algorithm in the Classification of Rock Thin Section Images

机译:岩石薄截面图像分类中的图像增强算法研究与分析

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The structure of rock flakes is complex and difficult to be classified accurately. The proposed method to solve the problem is to use an image enhancement algorithm to enhance the rock slice image. In the study, the neural network ResNet50, which has a significant effect on fine-grained classification, was used to construct the rock cast thin section image classifier, and three image enhancement algorithms, CutOut, MixUp, and CutMix, were used to enhance the rock thin section image. The rock slice images used in the data set are from Ordos, and are divided into five categories according to the size of the rock. The experimental result obtained was that the CutOut algorithm performs well on the data set, and the accuracy of the classifier was as high as 93.39%, which is 1.3% higher than the result of only using ResNet50 for classification. The experimental results show the effectiveness of the image enhancement algorithm in the classification of rock slice images.
机译:岩石薄片的结构复杂,难以准确归类。 解决问题的提出方法是使用图像增强算法来增强岩石切片图像。 在该研究中,使用对细粒化分类具有显着影响的神经网络Reset50来构建岩石铸薄截面图像分类器,以及三个图像增强算法,切口,混合和切割,用于增强 岩石薄截面图像。 数据集中使用的岩石切片图像来自ordos,并根据岩石的大小分为五类。 所得到的实验结果是,剪切算法在数据集上执行良好,分类器的准确性高达93.39%,比仅使用Reset50进行分类的结果为1.3%。 实验结果表明了图像增强算法在岩石切片图像分类中的有效性。

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