This paper describes an implementation of the proposed MPI-IO (Message Passing Interface - Input/Output) standard for parallel I/O. Our system uses third-party transfer to move data over an external network between the processors where it is used and the I/O devices where it resides. Data travels directly from source to destination, without the need for shuffling it among processors or funneling it through a central node. Our distributed server model lets multiple compute nodes share the burden of coordinating data transfers. The system is built on the High Performance Storage System (HPSS), and a prototype version runs on a Meiko CS-2 parallel computer
Data-parallel languages such as High Performance Fortran (HPF) present a simple execution model in w...
The purpose of this report is to investigate parallel I/O on HPCx, to compare its performance with s...
As the I/O needs of parallel scientific applications increase, file systems for multiprocessors are ...
This paper describes an implementation of the proposed MPI-IO standard for parallel I/O. Our system ...
We discuss the issues involved in implementing MPI-IO portably on multiple machines and file systems...
Parallel IO (PIO) support for larger scale computing is becoming more important as application deve...
[[abstract]]Applications on massively parallel processors (MPP) often require a high aggregate bandw...
Parallel computers are increasingly being used to run large-scale applications that also have huge I...
The MPI-IO standard creates a huge opportunity to break out of the traditional file system I/O metho...
SFIO, Parallel File Striping for MPI-I/O Emin Gabrielyan EPFL, Computer Science Dept. Peripheral Sys...
We discuss the issues involved in implementing MPI-IO portably on multiple machines and file systems...
Datasets up to terabyte size and petabyte capacities have created a serious imbalance between I/O an...
MPI-IO/GPFS is a prototype implementation of the I/O chapter of the Message Passing Interface (MPI) ...
High performance scientific applications are frequently multiphysics codes composed from single-phys...
The increasing number of cores per node has propelled the performance of leadershipscale systems fro...
Data-parallel languages such as High Performance Fortran (HPF) present a simple execution model in w...
The purpose of this report is to investigate parallel I/O on HPCx, to compare its performance with s...
As the I/O needs of parallel scientific applications increase, file systems for multiprocessors are ...
This paper describes an implementation of the proposed MPI-IO standard for parallel I/O. Our system ...
We discuss the issues involved in implementing MPI-IO portably on multiple machines and file systems...
Parallel IO (PIO) support for larger scale computing is becoming more important as application deve...
[[abstract]]Applications on massively parallel processors (MPP) often require a high aggregate bandw...
Parallel computers are increasingly being used to run large-scale applications that also have huge I...
The MPI-IO standard creates a huge opportunity to break out of the traditional file system I/O metho...
SFIO, Parallel File Striping for MPI-I/O Emin Gabrielyan EPFL, Computer Science Dept. Peripheral Sys...
We discuss the issues involved in implementing MPI-IO portably on multiple machines and file systems...
Datasets up to terabyte size and petabyte capacities have created a serious imbalance between I/O an...
MPI-IO/GPFS is a prototype implementation of the I/O chapter of the Message Passing Interface (MPI) ...
High performance scientific applications are frequently multiphysics codes composed from single-phys...
The increasing number of cores per node has propelled the performance of leadershipscale systems fro...
Data-parallel languages such as High Performance Fortran (HPF) present a simple execution model in w...
The purpose of this report is to investigate parallel I/O on HPCx, to compare its performance with s...
As the I/O needs of parallel scientific applications increase, file systems for multiprocessors are ...