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Hongfeng Zhu and Zexi Li. An Efficient Biometric Authenticated Protocol for Arbitrary-domain-server with Blockchain Technology. International Journal of Network Security, Vol.23, No.3, PP.386-394, May 2021. EI index(JA) @阿努 @hsd3521 发自小木虫Android客户端 |
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An Efficient Biometric Authenticated Protocol for Arbitrary-Domain-Server with Blockchain Technology Accession number: 20212910646576 Authors: Zhu, Hongfeng 1 ; Li, Zexi 1 Author affiliation : 1 Software College, Shenyang Normal University, No.253, HuangHe Bei Street, HuangGu District, 110034, China Corresponding author: Zhu, Hongfeng (zhuhongfeng1978@163.comemail895197771@qq.com) Li, Zexi (895197771@qq.com) Source title: International Journal of Network Security Abbreviated source title: Int. J. Netw. Secur. Volume: 23 Issue: 3 Issue date: May 2021 Publication Year: 2021 Pages: 386-394 Language: English ISSN: 1816353X E-ISSN: 18163548 Document type: Journal article (JA) Publisher: Femto Technique Co., Ltd. Abstract: In the biometric cross-domain authentication based on blockchain technology, to improve the scheme's security and efficiency, this paper proposes an efficient user lo- gin on an arbitrary-domain-server scheme based on a Blockchain node. Firstly, the two users login to the client and use the biometric fuzzy authentication technology to register personal biometric information. Then the server sends the information to the non-tamper blockchain node. When the user performs the key verification phase, they can log in on any domain server under the blockchain node, saving time from accessing the original server and improving efficiency. Compared with the relevant litera- ture in recent years, the scheme proposed by us has higher efficiency and functionality. It can prevent replay attacks with a timestamp to achieve the purpose of verification of reception. Finally, we verify the security and efficiency of the proposed scheme. © 2021. All Rights Reserved Number of references: 22 Pages: 386-394 Language: English ISSN: 1816353X E-ISSN: 18163548 Document type: Journal article (JA) Publisher: Femto Technique Co., Ltd. Abstract: In the biometric cross-domain authentication based on blockchain technology, to improve the scheme's security and efficiency, this paper proposes an efficient user lo- gin on an arbitrary-domain-server scheme based on a Blockchain node. Firstly, the two users login to the client and use the biometric fuzzy authentication technology to register personal biometric information. Then the server sends the information to the non-tamper blockchain node. When the user performs the key verification phase, they can log in on any domain server under the blockchain node, saving time from accessing the original server and improving efficiency. Compared with the relevant litera- ture in recent years, the scheme proposed by us has higher efficiency and functionality. It can prevent replay attacks with a timestamp to achieve the purpose of verification of reception. Finally, we verify the security and efficiency of the proposed scheme. © 2021. All Rights Reserved Number of references: 22 Main heading: Blockchain Controlled terms: Authentication - Biometrics - Efficiency Uncontrolled terms: Biometric informations - Cross-domain authentication - Fuzzy authentications - Higher efficiency - Improving efficiency - Replay attack - Time-stamp Classification code: 461 Bioengineering and Biology - 723 Computer Software, Data Handling and Applications - 913.1 Production Engineering DOI: 10.6633/IJNS.20210523(3).03 |
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