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Book Page Identification Using Convolutional Neural Networks Trained by Task-Unrelated Dataset

机译:任务无关数据集训练的卷积神经网络识别书页

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This paper presents a pipeline to make convolutional neural networks (CNNs) trained for another unrelated task available for book page identification. The pipeline has five building blocks: (1) An image segmentation module to separate book page from the background; (2) An image correction module to correct geometry and color distortions; (3) A feature extraction module to extract discriminative image features by a pre-trained CNN; (4) A feature compression module to reduce feature dimensions for speeding up; and (5) A feature matching module to calculate the similarity between a query image and a reference image, and then to find out the most similar reference image. The experimental results on a challenging testing dataset show that the proposed book page identification method achieves a top-5 hit rate of 98.93%.
机译:本文提出了一种使卷积神经网络(CNN)经过训练的卷积神经网络(CNN)的另一项无关任务可用于书页识别的管道。该管道具有五个构建块:(1)图像分割模块,用于将书页与背景分开; (2)图像校正模块,用于校正几何形状和颜色失真; (3)特征提取模块,用于通过预训练的CNN提取判别性图像特征; (4)特征压缩模块,用于减小特征尺寸以加快速度; (5)特征匹配模块,用于计算查询图像和参考图像之间的相似度,然后找出最相似的参考图像。在具有挑战性的测试数据集上的实验结果表明,所提出的书页识别方法可实现98.93%的前5名命中率。

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