Despite recent report of short-term cyclicity from Lateglacial Holocene deposits of several coastal plains worldwide, no precise documentation of the key factors controlling cyclic facies architecture has been made available by previous work.
As plenty different approaches to BCSs and CB have been proposed a large number of pseudonyms and acronyms have been dispersed across literature such that attempts to represented biometric template protection schemes in unified architectures have been made [217].
3-D architectures had been made by this method, the width of fiber in which is about 120 μm.
Substantial advances in our understanding of the external geometry and gross internal architecture of turbidite channels have been made over the last fifteen years or so, largely in response to improvements in seismic image resolution.
Despite the complexity and intractable nature of this biopolymer, significant progress in chemical composition, molecular architecture and, more recently, biosynthesis have been made in the past 10 years.
The building still retains some of its original architecture, although substantial expansions and repairs have been made, particularly in the 17th century (under the curacy of Robert Burton) and in the 19th century.
A good case could have been made for its architecture, too.
Since then, massive advancements have been made in control systems, movement architecture and programming.
Attempts to prepare monodisperse glycopolymers have been made via taking advantage of the dendrimer architecture, which can, theoretically, be synthesized as molecularly pure.
So far, some research efforts have been made to build security and privacy architectures for biomedical cloud computing [ 37, 38].
