Privacy-enhancing technologies are technologies that implement fundamental data
protection principles. With respect to biometric recognition, different types of privacy …

A biometric system is vulnerable to a variety of attacks aimed at undermining the integrity of
the authentication process. These attacks are intended to either circumvent the security …

In this paper, we propose a ranking-based locality sensitive hashing inspired two-factor
cancelable biometrics, dubbed “Index-of-Max”(IoM) hashing for biometric template …

Although several fingerprint template protection methods have been proposed in the
literature, the problem is still unsolved, since enforcing nonreversibility tends to produce an …

Biometric verification systems are currently being deployed in numerous large-scale and
everyday applications. It is hence of the utmost importance to protect the privacy of the …

Fraudulent use of stolen fingerprint data and privacy invasion by tracking individuals
unlawfully with shared or stolen fingerprint data justify the significance of fingerprint template …

Despite fuzzy commitment (FC) is a theoretically sound biometric-key binding scheme, it
relies on error correction code (ECC) completely to mitigate biometric intra-user variations …

Cancelable biometrics is an important biometric template protection scheme. With no a priori
image pre-alignment, alignment-free cancelable fingerprint templates do not suffer from …

Biometric technology is likely to provide a new level of security to various applications. Yet if
the stored biometric template is compromised, invasion of user privacy is inevitable. Since …

Random projection provides a good diversification effect for biometric template protection
but is drawing increasing security concerns under the token-stolen (or public parameter) …