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Besides the steadily growing number of cores, modern architectures contain a number of architectural features concerning the improvement of compute performance.
Such a conceptualization is consistent with a number of different computational models, in that many major architectures contain a mechanism that determines whether goals and subgoals are being met and strategically schedules the initiation of various processes.
Both architectures contained a similar POSS content.
Molecular architectures containing photosensitive units respond to light, giving dramatic variations of their structure.
Polymer architectures containing metal ligands in their side chain represent a diverse approach to generating multi-functional materials.
These high-end architectures contain tens to hundreds of thousands of processors, pushing application scalability challenges to new heights.
The increased transistor count resulting from ever-decreasing feature sizes has enabled the design of architectures containing many small but efficient processing units (cores).
The recent emerging themes are the development of bifunctional architectures containing multiple metal-binding or reactive sites, specialized ligand implementation, or incorporation of site-specific targeting substructures.
Both grafting onto macromolecules with different topologies (homogeneous grafting) and the resulting complex polymer architectures containing highly branched segments as well as their applications are discussed.
This paper describes an original bio-design of organic/inorganic hybrid architectures containing biomimetic membranes and celandine nanoAg for different bioapplications.
Here we develop innovative architectures containing a complex made of a charged β-cyclodextrin and a lipid A antagonist (LAA) as potential systems for local endotoxin antagonistic activity.
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