Sentence examples for massively parallel computational from inspiring English sources
For this reason, neurons could not execute serial computation quickly enough to match rapid human performance in perception, linguistic comprehension, decision-making, etc. Connectionists maintain that the only viable solution is to replace serial computation with a "massively parallel" computational architecture precisely what neural networks provide (Feldman and Ballard 1982; Rumelhart 1989).
In this study, we explore a massively parallel computational methodology for PEFC modeling, for the first time.
Massively parallel computational paradigms can mitigate many issues associated with the analysis of large and complex remotely sensed data sets.
Owing to the availability of massively parallel computational resources, such MD simulations are now feasible to investigate intra- and inter-domain conformational dynamics in multi-domain proteins in atomic detail.
The GPU provides a massively parallel computational environment in which the exhaustive SNP pairs search can be conducted in a time efficient manner.
NWChem is the software package for computational chemistry on massively parallel computing systems developed by the High Performance Computational Chemistry Group for the Environmental Molecular Sciences Laboratory.
We close by describing the application of the package to a simple branch-and-bound method for mixed integer programming, along with computational results on the ASCI Red massively parallel computer.
Predictive computer simulations of highly resolved large-scale 3D deflagrations and detonations are dependent on a robust reaction model embedded in a computational framework capable of running on massively parallel computer architectures.
The results demonstrate that massively parallel computing on GPU can significantly expedite studies of computational microRNA target identification.
The ever-increasing computational power that is becoming available through massively parallel computers is making such simulation realizable.
The framework is based on our Cubism library which enables the efficient treatment of high-order compact stencil schemes that can harness the capabilities of massively parallel computer architectures and allows for processing up to 1013 computational cells.
