Overlapped Fingerprint Separation Based on Deep Learning

Chi-Hsiao Yih, Jui-Lung Hung, Jin-An Wu, Li-Ming Chen
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引用次数: 1

Abstract

Biometrics and artificial intelligence play the important roles of recent technology. In biometrics, fingerprint is one of the most widely used identification methods. However, most of this kind applications only focus on single fingerprint processing but lack discussion of recognition of overlapped fingerprint due to its complexity. In fact, overlapped fingerprints are much more common on the criminal spot and nowadays we still rely on the inefficient manual operation to separate those overlapped fingerprints. So, we purpose our automatic, accurate, and even more efficient method using convolutional neural network to deal with the overlapped fingerprints problem. In experimental result, not only the single and multi-fingerprint latent test has 92.39% and 97.1% average accurate rate respectively, but we also got 92.19% and 95.84% correct rate respectively in the overlapped and non-overlapped range detection tests. The result shows that we could actually assist the fingerprint separation work automatically and efficiently with our own method.
基于深度学习的重叠指纹分离
生物识别和人工智能在最近的技术中扮演着重要的角色。在生物识别技术中,指纹是应用最广泛的识别方法之一。然而,这类应用大多只关注单个指纹的处理,由于其复杂性,缺乏对重叠指纹识别的讨论。事实上,重叠指纹在犯罪现场更为常见,目前我们仍然依靠效率低下的人工操作来分离重叠指纹。因此,我们提出了一种自动、准确、高效的卷积神经网络方法来处理指纹重叠问题。实验结果表明,单指纹潜测和多指纹潜测的平均准确率分别为92.39%和97.1%,重叠和非重叠距离检测的平均准确率分别为92.19%和95.84%。实验结果表明,该方法能够有效地辅助指纹分离工作的自动进行。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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