In this study, the application of adaptive Bloom filters to binary iris biometric feature vectors,
that is, iris‐codes, is proposed. Bloom filters, which have been established as a powerful tool …

Biometric characteristics are largely immutable, ie unprotected storage of biometric data
provokes serious privacy threats, eg identity theft, limited re-newability, or cross-matching. In …

In this work adaptive Bloom filter-based transforms are applied in order to mix binary iris
biometric templates at feature level, where iris-codes are obtained from both eyes of a single …

This paper analyses the unlinkability and the irreversibility of the iris biometric template
protection system based on Bloom filters introduced at ICB 2013. Hermans et al. presented …

Conventional biometric identification systems require exhaustive 1: N comparisons in order
to identify biometric probes, ie comparison time frequently dominates the overall …

In this work, we develop an unlinkability and irreversibility analysis of the so-called Bloom
filter-based iris biometric template protection introduced at ICB 2013. We go further than the …

In order to satisfy the requirements for security and privacy of biometric enrolment data
records, it is essential to protect this reference data by applying appropriate template …

Biometric template protection systems are expected to meet two major security
requirements: irreversibility and unlinkability. We analyze the Bloom filter based iris …

The popularity of iris biometric has grown considerably over the past two to three years. It
has resulted in the development of a large number of new iris encoding and processing …

In this work we propose a generic framework for generating an irreversible representation of
multiple biometric templates based on adaptive Bloom filters. The presented technique …