Extracting binary strings from real-valued biometric templates is a fundamental step in template compression and protection systems, such as fuzzy commitment, fuzzy extractor, secure sketch, and helper data systems.
Ophüls created his technique along with his research, a documentary method that was unified with a political vision — and that's why his method (which he first developed in his 1969 film "The Sorrow and the Pity") is indeed a method, one of the fundamental templates for modern documentary filmmaking.
And then they in turn create fundamental templates for their reality.
Extracting binary biometric strings is a fundamental step in template compression and protection [1].
Extracting binary strings from real-valued biometric templates is a fundamental step in many biometric template protection systems, such as fuzzy commitment, fuzzy extractor, secure sketch, and helper data systems.
Moreover, it is generally conceded that favorable acquisition conditions are considered a fundamental premise for biometric template protection [14].
In one practice, an information technology manager was responsible for developing and maintaining computer templates, and he identified templates as a fundamental characteristic of quality care.
Elongation, the transcriptional phase in which RNA polymerase (RNAP) moves processively along a DNA template, occurs via a fundamental enzymatic mechanism that is thought to be universally conserved among multi-subunit polymerases in all kingdoms of life.
Extracting binary biometric strings is a fundamental step in biometric compression and template protection.
Evidently, the polymer spherical geometry (just as "soft" template) substantially represents a fundamental morphology selected by the spatial charge stability in solution, which is similar to the observed DNA toroidal compaction, but distinct from the polymer-silica hybrid films or spheres under slightly acidic condition [40, 41].
