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A Classification Method for Small Sample Multi-label Images

机译:小样本多标签图像的分类方法

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This paper studies the classification problem of the small sample multi-label image scene recognition. Combining convolutional neural network (CNN) and multi-label K neighborhood algorithm (MLKNN), the CNN-MLKNN classification method is proposed. The method uses CNN to automatically extract the features of small sample images, and combines transfer learning to optimize the model structure and weight to reduce the risk of over-fitting. MLKNN algorithm is used to replace the sigmoid function of CNN, and the output features of the FC layer are used as input features of MLKNN for image classifier training. Based on the classification experiments of two small sample multi-label image sets, seven multi-label evaluation indicators are used for testing. The experimental results show that the CNN-MLKNN method proposed in this paper has a better classification effect.
机译:本文研究了小样本多标签图像场景识别的分类问题。结合卷积神经网络(CNN)和多标签K邻域算法(MLKNN),提出了CNN-MLKNN分类方法。该方法使用CNN自动提取小样本图像的特征,并结合转移学习来优化模型结构和权重,以减少过度拟合的风险。 MLKNN算法用于代替CNN的S形函数,FC层的输出特征用作MLKNN的输入特征,用于图像分类器训练。根据两个小样本多标签图像集的分类实验,使用七个多标签评估指标进行测试。实验结果表明,本文提出的CNN-MLKNN方法具有较好的分类效果。

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