Sentence examples for different architectures from from inspiring English sources

A comprehensive cost model, which combines the design cost model, reuse model and fabrication model, is introduced to evaluate different architectures from the design phase to the fabrication phase.

Both require a different architecture from the ground up.

"Centralized security is a different architecture from what they have.

The FPGA-based detector presented in [8] covers a different antenna configuration, and most importantly the Virtex-5 FPGA used has a different architecture from the Virtex-2 FPGAs, which makes it difficult to make an area comparison.

We have determined the crystal structure of a prokaryotic ICMT ortholog, revealing a markedly different architecture from conventional methyltransferases that utilize S-adenosyl-L-methionine (SAM) as a cofactor.

In this paper, we present two different architectures for gathering data from energy analyzers distributed at power grid of the Technical University of Applied Sciences Regensburg (OTH) as well as a software application for data monitoring, visualizing, and analyzing.

3GPP has proposed different architectures for SON implementation, ranging from centralized C-SON to distributed D-SON, as it is shown in Figures 1 and 2, and the choice of the architecture has a strong impact on the efficiency of the self-coordination framework.

Targeting the selective formation of CO, we have evaluated a comprehensive set of silver indium electrocatalysts with different architectures, ranging from bulk intermetallic compounds to Ag nanoparticles supported on In2O3 and In(OH 3.

Employment of different metals has given rise to different architectures ranging from a head-to-head fashion in complex 1 to head-to-tail arrangement in 2. Within the individual ligand, the protons on all the carbohydrozone and imine groups were lost and H2LOH acted as a dianionic ligand in the complex (denoted as LOH).

An all-electric traction can be obtained in various ways, with different architectures ranging from full-hybrid configurations that allows driving in electric mode for short ranges, to solutions with electric batteries and motor, up to the adoption of electric systems with the double possibility of supplying onboard electricity from both hydrogen-powered fuel cells and batteries.

The crystal structure analysis revealed that the employment of positional isomeric naphthalene disulfonic acid salts resulted in different architectures ranging from one dimensional chain to two dimensional grid network and further connected into a three dimensional supramolecular structure through intermolecular hydrogen bonds, π⋯π and C H⋯π interactions.