An Efficient and Robust One-TimeMessage Authentication CodeScheme using Feature Extraction of Iris in Cloud Computing
Cloud computing suffers from a number of problems in terms of security issues.Authentication and integrity play an important role in the security field and numerous concerns have been raised to recognizeor protect any tampering with exchanges of text between two entities(sender and receiver)within the cloud environment.Many schemes in this area can be vulnerable to well known methods of attack such as replay attack,forgery attack,dictionary,insider,and modification attacks.A robust scheme is therefore required to detect or prevent any modification or manipulation of a message during transmission.In this paper,we propose a new message authentication code(MAC)based on feature extraction of the users iris in order to assure the integrity of the users message.Features are extracted from the users iris to generate a message code for each users login and to prohibit malicious attacks such as replay,forgery and insider attacks.Our proposed scheme enjoysseveral important security attributes such as a users one time bio-key,robust message anonymity,data integrity for a users message,phase key agreement,bio-key management,and one time message code for each users session.Finally,our security analysis and experimental results demonstrate and prove the invulnerability and efficiency of our proposed scheme.
Cloud Computing Iris Features Extraction One Time Bio-key One Tim Message Authentication Code MAC.
ZaidAmeen Abduljabbar Hai Jin Deqing Zou Ali A.Yassin ZaidAlaa Hussien Mohammed Abdulridha Hussain
Cluster and Grid Computing Lab Services Computing Technology and System Lab School of Computer Scien 1Cluster and Grid Computing Lab Services Computing Technology and System Lab School of Computer Scie University of Basrah,Basrah,Iraq Cluster and Grid Computing Lab Services Computing Technology and System Lab School of Computer Scien
国际会议
2014 International Conference on Cloud Computing and Internet of Things (CCIOT)(2014年第一届云计算和物联网国际会议)
长春
英文
22-25
2014-12-13（万方平台首次上网日期，不代表论文的发表时间）