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Secure Biometric Verification in the Presence of Malicious Adversaries
Kamela Al-Mannai
*
, Elmahdi Bentafat
, Spiridon Bakiras
,
Jens Schneider
*
Corresponding author for this work
HBKU College of Science and Engineering
CSE Information & Computing Technology
Singapore Institute of Technology
Research output
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Article
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peer-review
1
Citation (Scopus)
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Keyphrases
Malicious Adversary
100%
Biometric Data
100%
Biometric Authentication
100%
Secure Biometrics
100%
Malicious Clients
100%
Malicious Server
100%
Unauthorized Access
50%
Application Server
50%
Communication Cost
50%
Plaintext
50%
Computation Overhead
50%
Concept Implementation
50%
Verification Protocol
50%
System User
50%
Provable Security
50%
Biometric Verification System
50%
Random Oracle Model
50%
Encrypted Biometrics
50%
Computer Science
Malicious Adversary
100%
Biometric Data
100%
Secure Biometric
100%
Malicious Client
100%
Unauthorized Access
50%
Application Server
50%
Communication Cost
50%
Protocol Verification
50%
Verification System
50%
provably secure
50%
random oracle model
50%
Authenticate User
50%