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Classification of strawberry diseases and pests by improved AlexNet deep learning networks

机译:改进AlexNet深度学习网络的草莓疾病和害虫的分类

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摘要

To improve the classification accuracy of strawberry diseases and pests, this paper proposed an improved operator-based convolutional neural network (CNN) approach for classification of images of strawberry diseases and pests. Firstly, by using the deep learning framework of Pytorch, we fine-tuned the AlexNet model so that it was used to train the image dataset of strawberry diseases and pests. Next, combining inner product with l2-norm, we proposed a new operator to replace the inner product operator between input values and weights in the fully connected layers of the AlexNet model. Then the proposed operator was applied to classification of strawberry diseases and pests. By experimental verification, the proposed method on the independent test set for the classification accuracy has been considerably increased. Our source code is available at https://gitee.com/dc2019/improved-alexnet.
机译:提高草莓疾病和害虫的分类准确性,本文提出了一种改进的基于操作员的卷积神经网络(CNN)方法,用于分类草莓疾病和害虫的图像。首先,通过使用Pytorch的深度学习框架,我们微调了AlexNet模型,以便它用于训练草莓疾病和害虫的图像数据集。接下来,将内部产品与L组合 2 -norm,我们提出了一个新的运算符,可以在亚历尼网模型的完全连接层中的输入值和权重之间更换内部产品运算符。然后将拟议的操作员应用于草莓疾病和害虫的分类。通过实验验证,对分类精度的独立测试设置的提出方法已经大大增加。我们的源代码可在https://gitee.com/dc2019/improved-alexnet上获得。

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