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A fingerprint verification system based on triangular matching and dynamic time warping

机译:基于三角匹配和动态时间规整的指纹验证系统

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摘要

An effective fingerprint verification system is presented. It assumes that an existing reference fingerprint image must validate the identity of a person by means of a test fingerprint image acquired online and in real-time using minutiae matching. The matching system consists of two main blocks: The first allows for the extraction of essential information from the reference image off-line, the second performs the matching itself online. The information is obtained from the reference image by filtering and careful minutiae extraction procedures. The fingerprint identification is based on triangular matching to cope with the strong deformation of fingerprint images due to static friction or finger rolling. The matching is finally validated by dynamic time warping. Results reported on the NIST Special Database 4 reference set, featuring 85 percent correct verification (15 percent false negative) and 0.05 percent false positive, demonstrate the effectiveness of the verification technique.
机译:提出了一种有效的指纹验证系统。假定现有的参考指纹图像必须借助于细节指纹在线和实时获取的测试指纹图像来验证人的身份。匹配系统包括两个主要模块:第一个模块允许从参考图像脱机提取基本信息,第二个模块在线进行匹配。通过过滤和仔细的细节提取程序从参考图像中获取信息。指纹识别基于三角形匹配,以应对由于静摩擦或手指滚动而引起的指纹图像的强烈变形。最终通过动态时间扭曲来验证匹配。在NIST特别数据库4参考集上报告的结果具有85%的正确验证(15%的假阴性)和0.05%的假阳性,证明了验证技术的有效性。

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