Sentence examples for more distributed architecture from inspiring English sources

Usually, educational buildings are more complex and have a more distributed architecture with many individual facilities inside the campus (classroom space, library/resource space, indoor and external sports facilities), so that the energy consumed is much more than that of common public building.

Thus the more distributed architecture resulted in increased reliability in persistently active populations.

Thus a more distributed architecture resulted in a more reliable occurrence of excitatory memory pattern types within units, in addition to a more stable concomitant occurrence of complimentary pattern types.

With the increasing of the computational power, parallelization is gaining more interest and several kind of solutions are now available, from the multicore processors mounted in commercial computers to more complex distributed architecture made up of several machines.

This, in turn, has given rise to a second market for hybrid cloud services, deployments that are more flexible and allow for a mix of legacy and on-premises hardware alongside more modern distributed architectures.

The distributed architecture is more scalable than a single-server setup when processing massive data streams.

Although all examined scenarios suffer from performance degradation as intra-cell interference increases, the coherent joint transmission scheme proved to be more robust under the fully distributed architecture.

Axon divergence may favor a distributed architecture, but more information is necessary concerning input convergence, specificity of postsynaptic targets, and physiological selectivity of the injection sites.

Indeed, in the centralized architecture, as the number of PIPs increases, the time it takes to discover resources increases in a slow rising linear fashion, while the distributed architecture exhibits a more rapid, quadratic growth curve.

Our solution profits from all the advantages of distributed architecture, such as flexibility, more scalability, smaller delay, and lower cost.

We then consider a more realistic CFFR system that adopts an entirely distributed architecture, i.e. bandwidth partitioning and MCP are performed in each cluster independently.