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A survey on biometrie template protection using cancelable biometric scheme

机译:可取消生物特征识别方案对生物特征模板保护的调查

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Biometric template protection techniques like biometric cryptosystems and cancelable biometrics are most widely used in many large-scale biometric systems. Though generic biometric cryptosystems differ from other conventional cryptosystems, still it is insufficient to overcome the challenges ahead of identity frauds and vulnerabilities to major attacks. In recent years it's been used as promising primitives in many Internet of Things (IoT) devices and third party Intellectual Property protections with the name called cancelable biometrics where both user-defined random transformations are combined with biometric template vectors. However, protection over biometric templates (e.g., retina, iris, and palmprint) needs to be improved. In this work, the analysis presents biometric cryptosystems and cancelable biometrics with major outlook to recent prospects like obfuscation and multi-object biometric system.
机译:生物识别模板保护技术(如生物识别密码系统和可取消生物识别)在许多大型生物识别系统中得到最广泛的使用。尽管通用生物统计密码系统不同于其他传统密码系统,但仍不足以克服身份欺诈和重大攻击漏洞之前的挑战。近年来,它已被用作许多物联网(IoT)设备和第三方知识产权保护中有希望的原语,其名称为可取消生物特征,其中将用户定义的随机转换与生物特征模板矢量结合在一起。但是,需要改进对生物特征模板(例如,视网膜,虹膜和掌纹)的保护。在这项工作中,分析提出了生物识别密码系统和可取消的生物识别,并对混淆和多对象生物识别系统等最新前景具有主要前景。

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