Sentence examples for architecture to achieve a from inspiring English sources
Its development can be followed from the allegorical decoration of the Palazzo Farnese in Rome by Annibale Carracci to the increasingly elaborate wall and ceiling frescoes of Domenichino, Pietro da Cortona, and Andrea Pozzo whereby the dramatic movement of foreshortened figures and perspective blends with the architecture to achieve a total unified and endless illusion of space.
These two properties allow our new architecture to achieve a high level of data security while offering enhanced performance and total transparency to the application layer.
In [3], we proposed only the architecture of reconfigurable engine architecture to achieve a compromise between powerful dedicated hardware implementations and very flexible general DSP processors, but with limited programming capabilities.
The ISP full chain that is suitable for parallel processing is proposed in this paper, and the chain is implemented through an optimization process for SIMD processor architecture to achieve both a high image quality and performance goals.
Utilising these advancements, we introduce a new paradigm that uses Intelligent Agents based on a Belief, Desire, and Intention (BDI) architecture to achieve situation awareness in a hostile environment.
Excising the upper leaves strata of maize crops cultivated at high stand densities could possibly optimize canopy architecture to achieve enhanced canopy apparent photosynthesis, a more favorable distribution of 13C-photosynthates to grain, and ultimately higher grain yields.
Thus, we conclude that ZnO Cs2CO3 ETL could be employed in a suitable architecture to achieve high-performance OPV.
Most approaches focus on the inter-domain routing problem and use a hierarchical architecture to achieve route optimization.
Bröring et al. [5] describe a complex architecture to achieve this functionality featuring OGC service specifications such as SES and Web Notification Service (WNS).
The effects of transformations in obtaining numerical results for Feynman loop integrals, and the deployment of a novel architecture to achieve large computational power with low electric power consumption are presented.
Like the dye-sensitised solar cells, these solar cells are easy and cheap to make, but they have another trick up their sleeve – they don't need a complicated diode architecture to achieve high efficiencies.
