The storage of fingerprints is an important issue as this biometric modality is more and more deployed for real applications. Considering minutiae templates as sensitive information, a key question concerns the secure and privacy management of this digital identity. Indeed, if an attacker obtains the minutiae template of a subject, he/she will be able to generate a fingerprint having the same characteristics. Instead of directly storing the minutiae templates, we propose in this paper a new adaptation of BioHashing to generate a cancela-ble template in the context of unordered set of noisy minutiae features. To the authors knowledge, little interest has been paid in the literature to the question of protecting minutiae template by BioHashing until now. Using the FVC2002 benchmark database, we show the effectiveness of the proposed approach in term of privacy preservation. We show how the proposed method copes with irreversibility and diversity proper-ties and therefore can be efficient in a realistic context.
from HAL : Dernières publications http://ift.tt/1udMjQl
from HAL : Dernières publications http://ift.tt/1udMjQl

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