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Gabor Feature Based Convolutional Neural Network for Object Recognition in Natural Scene

机译:基于Gabor特征的卷积神经网络在自然场景中的目标识别

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Feature extraction and classification are two important components in object recognition. While the traditional methods design these components individually, the deep neural networks jointly learn these two parts. In this paper, we propose a method of the convolutional neural network combined with Gabor filters for strengthening the learning of texture information. We called this model as Gabor-CNN below. Through experiments, the approach achieves the recognition rate of 81.53%, yielding a 1.26% promotion in the average accuracy rate compared with the results obtained using the convolutional neural network model alone on the ImageNet10 dataset, as well as significantly outperforming the traditional method based on Bag-of-Words model with SIFT.
机译:特征提取和分类是对象识别中的两个重要组成部分。传统方法是分别设计这些组件的,而深度神经网络则是共同学习这两个部分的。在本文中,我们提出了一种结合Gabor滤波器的卷积神经网络方法,以加强纹理信息的学习。在下文中,我们将此模型称为Gabor-CNN。通过实验,与仅在ImageNet10数据集上使用卷积神经网络模型获得的结果相比,该方法获得了81.53%的识别率,平均准确率提高了1.26%,并且明显优于传统方法。带有SIFT的“语言袋”模型。

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