It is anticipated that the needs of scientific computation will dramatically outpace the performance of general-purpose supercomputers over the next decade. These needs will, however, be addressed by an emerging class of parallelprocessing supercomputers (PPS). The Princeton University Navier-Stokes Computer (NSC) is a PPS geared toward simulating complex flows. It has a projected speed and capacity two orders of magnitude beyond that of current supercomputers. The architecture of the NSC and a discussion of a working prototype is presented
AbstractSupercomputing or High Performance Computing plays ever more important roles in industrial f...
A new set of benchmarks was developed for the performance evaluation of highly parallel supercompute...
An explicit computational fluid dynamics (CFD) computer code with parallel processing capability has...
Highly parallel computing architectures are the only means to achieve the computation rates demanded...
The best enterprises have both a compelling need pulling them forward and an innovative technologica...
The NASA Lewis Research Center is investigating the benefits of parallel processing to applications ...
We are surveying current projects in the area of parallel supercomputers. The machines considered he...
Computers are playing an increasingly important role in the field of aerodynamics such that they now...
In this article we review the evolution of supercomputers from vector supercomputers to massively pa...
For some of the biggest and most interesting problems, people have used some of the biggest and most...
One or the key objectives of the Applied Research Branch in the Numerical Aerodynamic Simulation (NA...
Recent advances in computational aerodynamics are discussed as well as motivations for and potential...
The evolution of parallel processing over the past several decades can be viewed as the development ...
Topics addressed include: numerical aerodynamic simulation; computational mechanics; supercomputers;...
In 1993, members of our team collaborated with Silicon Graphics to perform the first full-scale demo...
AbstractSupercomputing or High Performance Computing plays ever more important roles in industrial f...
A new set of benchmarks was developed for the performance evaluation of highly parallel supercompute...
An explicit computational fluid dynamics (CFD) computer code with parallel processing capability has...
Highly parallel computing architectures are the only means to achieve the computation rates demanded...
The best enterprises have both a compelling need pulling them forward and an innovative technologica...
The NASA Lewis Research Center is investigating the benefits of parallel processing to applications ...
We are surveying current projects in the area of parallel supercomputers. The machines considered he...
Computers are playing an increasingly important role in the field of aerodynamics such that they now...
In this article we review the evolution of supercomputers from vector supercomputers to massively pa...
For some of the biggest and most interesting problems, people have used some of the biggest and most...
One or the key objectives of the Applied Research Branch in the Numerical Aerodynamic Simulation (NA...
Recent advances in computational aerodynamics are discussed as well as motivations for and potential...
The evolution of parallel processing over the past several decades can be viewed as the development ...
Topics addressed include: numerical aerodynamic simulation; computational mechanics; supercomputers;...
In 1993, members of our team collaborated with Silicon Graphics to perform the first full-scale demo...
AbstractSupercomputing or High Performance Computing plays ever more important roles in industrial f...
A new set of benchmarks was developed for the performance evaluation of highly parallel supercompute...
An explicit computational fluid dynamics (CFD) computer code with parallel processing capability has...