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Design of a hybrid approach using a revocable technique and steganographic text color coding technique for fingerprint template protection

机译:使用Revocable Technology和Seganographic Text Color Coding技术进行混合方法的设计

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摘要

The most crucial matter to be taken care of while deploying biometric systems is the security of the biometric template. Several algorithms that do not store the original template have been formulated in recent years to protect biometric templates from various attacks. Most of the existing algorithms offer a trade-off between matching performance and biometric template security. Moreover, it is believed that no single template protection scheme is capable of satisfying security, diversity, revocability and performance at the same time. Present research work proposes a two-step hybrid template protection scheme, where first step is the creation of a transformed template from the original template, and the second step is conceal the value of transformed template by applying the text steganography.The effectiveness of the proposed method is well established by thorough experimental analysis, which illustrates that the recognition performance is well maintained as the original template executes.
机译:部署生物识别系统的虽然在部署生物识别系统的同时是生物识别模板的安全性。近年来,几个不存储原始模板的算法已在各种攻击中保护生物识别模板。大多数现有算法在匹配性能和生物识别模板安全性之间提供权衡。此外,据信,没有单一模板保护方案能够同时满足安全性,多样性,逆转和性能。目前的研究工作提出了一种两步混合模板保护方案,其中第一步是从原始模板创建变换模板,第二步是通过应用文本隐写来隐藏变换模板的值。提出的有效性通过彻底的实验分析很好地建立了方法,这表明识别性能很好地维护,因为原始模板执行。

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