Add to ORKG• Improve the runtime of certain types of parallel computers – In particular, message passing computers • Approach – Start with an explicitly parallel program – Use modulo unrolling to minimize communication cost between nodes of the parallel computer • Advantage: Faster scientific and data processing computation • How can this method be applied to other PGAS languages besides Chapel
Current and emerging high-performance parallel computer architectures generally implement one of two...
Many parallel algorithms exhibit a hypercube communication topology. Such algorithms can easily be e...
. Interoperability in non-sequential applications requires communication to exchange information usi...
This paper presents modulo unrolling without unrolling (mod-ulo unrolling WU), a method for message ...
Since the invention of the transistor, clock frequency increase was the primary method of improving ...
Multicomputer (distributed memory MIMD machines) have emerged as inexpensive, yet powerful parallel...
Communication hardware and software have a significant impact on the performance of clusters and sup...
This paper describes an efficient mechanism of inter-processor message transfer on loosely-coupled/m...
Shared-memory and message-passing are two op- posite models to develop parallel computations. The sh...
Hypercubes are one of seveal architectures trying to eliminate the Von Neumann Bottleneck without dr...
User explicitly distributes data User explicitly defines communication Compiler has to do no addit...
With the current continuation of Moore’s law and the presumed end of improved single core performanc...
The proliferation of the distributed computing is due to the improved performance and increased reli...
Parallel computing on clusters of workstations and personal computers has very high potential, since...
Parallel computing on clusters of workstations and personal computers has very high potential, sinc...
Current and emerging high-performance parallel computer architectures generally implement one of two...
Many parallel algorithms exhibit a hypercube communication topology. Such algorithms can easily be e...
. Interoperability in non-sequential applications requires communication to exchange information usi...
This paper presents modulo unrolling without unrolling (mod-ulo unrolling WU), a method for message ...
Since the invention of the transistor, clock frequency increase was the primary method of improving ...
Multicomputer (distributed memory MIMD machines) have emerged as inexpensive, yet powerful parallel...
Communication hardware and software have a significant impact on the performance of clusters and sup...
This paper describes an efficient mechanism of inter-processor message transfer on loosely-coupled/m...
Shared-memory and message-passing are two op- posite models to develop parallel computations. The sh...
Hypercubes are one of seveal architectures trying to eliminate the Von Neumann Bottleneck without dr...
User explicitly distributes data User explicitly defines communication Compiler has to do no addit...
With the current continuation of Moore’s law and the presumed end of improved single core performanc...
The proliferation of the distributed computing is due to the improved performance and increased reli...
Parallel computing on clusters of workstations and personal computers has very high potential, since...
Parallel computing on clusters of workstations and personal computers has very high potential, sinc...
Current and emerging high-performance parallel computer architectures generally implement one of two...
Many parallel algorithms exhibit a hypercube communication topology. Such algorithms can easily be e...
. Interoperability in non-sequential applications requires communication to exchange information usi...