Approaches to Architecture-Aware Parallel Scientific Computation. Teresco, J. D, Flaherty, J. E, B, S., Faik, J., Taylor, V. E., & Varela, C. A COMPUTER, 2004.
abstract   bibtex   
Modern parallel scientific computation is being performed in a wide variety of computational environments that include clusters, large-scale supercomputers, grid environments, and metacomputing environments. This presents challenges for application and library developers, who must develop architecture-aware software if they wish to utilize several computing platforms efficient
@article{ Teresco2004,
  author    = {James D Teresco and Joseph E Flaherty and Scott B and Jamal Faik and Valerie E. Taylor and Carlos A Varela},
  title     = {Approaches to Architecture-Aware Parallel Scientific Computation},
  journal   = {COMPUTER}, 
  abstract   = {Modern parallel scientific computation is being performed in a wide variety of computational environments that include clusters, large-scale supercomputers, grid environments, and metacomputing environments. This presents challenges for application and library developers, who must develop architecture-aware software if they wish to utilize several computing platforms efficient},
  volume   = {6} ,
  year   = {2004}
}

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