The specific results suggest that hybrid nanotechnology such as CMOL is a promising candidate to implement very large-scale spiking neural systems, providing a more efficient utilization of the density and storage benefits of emerging nano-scale technologies.
In this respect, a new material, polypropylene fumarate (PPF), may be considered as a promising candidate to implement the development of next generation stents, due to its complete biodegradability, and excellent mechanical properties and the ease to be precisely patterned.
Owing to the advantages of thesolid-state of SQDs and integrated circuits of these nanostructures, the complex systemis a promising candidate to implement the quantum information processing.
High sensitivities and specificities were obtained in the study population, making this easy-to-use device a possible candidate to implement in future screening or case-finding programs for atrial fibrillation.
Moreover, it is necessary to study how these mechanisms affect different transistor architectures to determine which one can be the best candidate to implement future nodes.
Some institutions are working to bridge this gap by splitting the programs into parts and allowing the candidates to implement what they learnt, back in their companies.
In this section, we consider the configuration depicted in Figure 1 and focus exemplarily on BSS techniques as possible candidates to implement the BAF, thereby analyzing the impact of feedback on BSS and discussing possible interaction effects with an AFC algorithm.
Of course there are some important differences between the two, but if either candidate were to implement a fiscal austerity programme of this magnitude while the French and European economies are this weak, it is almost certain that unemployment and other economic and social problems will worsen.
Still, one presidential candidate promises to implement a national energy policy that panders to oil and coal while the other hasn't had much to say about what we should do to manage the obvious risks of global warming.
Large stock centers such as the Bloomington stock center would in principle be the candidate locations to implement such a solution.
In this regard, among the candidate methods to implement Si nanocrystals as a light absorber in solar cells, SiC-based materials, i.e., Si nanocrystals embedded in Si1 − xC x [14 16], would be most promising.
