An accurate and efficient face recognition method based on hash coding

Yan Zeng, Xiaodong Cai, Yuelin Chen, M. Wang
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引用次数: 2

Abstract

To improve the efficiency in face recognition with highdimension features extracted from deep model, a fast recognition method based on hash coding is proposed. Different from others, the hash coding and the cascade network are designed for a two-stage face recognition. Firstly, the low-dimensional and high-dimensional features are extracted according to different models. Secondly, the low-dimensional features are quantized into hash codes by a piecewise function. And then, the first-identify is completed by calculating hamming distance between the hash codes. Finally, the second-identify is completed by calculating cosine distance between the high-dimensional features of face images after the first-identify. The experimental results show that the method proposed can improve the Rank-1 recognition efficiency up to 64% while the accuracy is the same as VGG.
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一种基于哈希编码的准确高效的人脸识别方法
为了提高从深度模型中提取高维特征的人脸识别效率,提出了一种基于哈希编码的快速人脸识别方法。与其他方法不同的是,哈希编码和级联网络设计用于两阶段人脸识别。首先,根据不同的模型提取低维和高维特征;其次,通过分段函数将低维特征量化为哈希码。然后,通过计算哈希码之间的汉明距离完成首标识。最后,通过计算第一次识别后人脸图像高维特征之间的余弦距离来完成第二次识别。实验结果表明,该方法可将Rank-1的识别效率提高64%,且准确率与VGG相同。
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