Cancellable multi-modal biometrie authentication for cloud based mobilityfirst like environment

M. Alam, Haozhang Li, M. Chowdhury
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引用次数: 1

Abstract

In this research, we propose a secure multi-modal biometric authentication that will have cancellable property. Cloud servers need to have the confidential information mobile and ready in case of cancellation so that the same user can authenticate or identify using the same authentication process when joining to other clouds. However, a cloud server needs to be careful transferring biometric data to other cloud during busy time, since biometric data is sensitive to bit error rate that may adversely affect the false acceptance or rejection rate. As such another key contribution of this paper is to provide a decision making model for biometric/confidential data transfer among clouds in busy time in order to avoid network congestion. The work presented in this research is also a good fit during migration of today's internet into MobilityFirst architecture while biometric information in a locality is being shared by cloud servers and service is being provided at the same time.
基于云的移动优先环境的可取消多模态生物认证
在这项研究中,我们提出了一个安全的多模态生物识别认证,将具有可取消的性质。云服务器需要将机密信息移动并在取消时准备好,以便同一用户在加入其他云时可以使用相同的身份验证过程进行身份验证或识别。但是,在繁忙时间,云服务器需要小心地将生物识别数据传输到其他云,因为生物识别数据对误码率很敏感,可能会对错误接受或拒绝率产生不利影响。因此,本文的另一个重要贡献是为避免网络拥塞而在繁忙时间在云之间传输生物特征/机密数据提供决策模型。在今天的互联网迁移到MobilityFirst架构的过程中,本研究中提出的工作也很适合,因为云服务器正在共享一个地方的生物识别信息,同时提供服务。
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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