Scientific computing centers are acquiring large, distributed memory machines. With memory systems of .25 to 2.5 terabytes, these machines will deliver 1-10 teraflop computing capabilities. The need to move 10`s or 100`s of gigabytes, and the need to provide petabyte storage systems are issues that must be addressed before the year 2000. Work currently underway at Sandia addresses these issues. The High Performance Storage System (HPSS) is in limited production and the mass storage environment to support Sandia`s teraflop computer system is being constructed. 26 refs., 5 figs
Abstract: With the recent achievement of one teraflop/s (1012flop/s) on the ASCI Red system at Sandi...
Today's high-end storage user is one that requires rapid access to a reliable terabyte-capacity stor...
There is a trend in institutions with high performance computing and data management requirements to...
Sandia`s High Performance Computing Environment requires a hierarchy of resources ranging from deskt...
The Hierarchical High-Performance Storage System (HPSS) Testbed project at Sandia National Laborator...
Los Alamos National Laboratory is designing a High-Performance Data System (HPDS) that will provide ...
The rapid growth in the size of datasets has caused a serious imbalance in I/O and storage system pe...
The High Performance Storage System ™ (HPSS) is a hierarchical storage system software designed to m...
Ever more powerful computers and rapidly enlarging data sets require unprecedented levels of data st...
Fermilab provides a multi-Petabyte scale mass storage system for High Energy Physics (HEP) Experimen...
Fermilab provides a multi-Petabyte scale mass storage system for High Energy Physics (HEP) Experimen...
This paper is a product for the Department of Energy?s (DOE) Office of Science (OS) reporting on the...
Sandia National Laboratories has completed a requirements study for a networked mass storage system....
The Department of Energy (DOE) national laboratories have one of the longest and most consistent his...
The overall objective of the project was the development of a parallel high performance storage soft...
Abstract: With the recent achievement of one teraflop/s (1012flop/s) on the ASCI Red system at Sandi...
Today's high-end storage user is one that requires rapid access to a reliable terabyte-capacity stor...
There is a trend in institutions with high performance computing and data management requirements to...
Sandia`s High Performance Computing Environment requires a hierarchy of resources ranging from deskt...
The Hierarchical High-Performance Storage System (HPSS) Testbed project at Sandia National Laborator...
Los Alamos National Laboratory is designing a High-Performance Data System (HPDS) that will provide ...
The rapid growth in the size of datasets has caused a serious imbalance in I/O and storage system pe...
The High Performance Storage System ™ (HPSS) is a hierarchical storage system software designed to m...
Ever more powerful computers and rapidly enlarging data sets require unprecedented levels of data st...
Fermilab provides a multi-Petabyte scale mass storage system for High Energy Physics (HEP) Experimen...
Fermilab provides a multi-Petabyte scale mass storage system for High Energy Physics (HEP) Experimen...
This paper is a product for the Department of Energy?s (DOE) Office of Science (OS) reporting on the...
Sandia National Laboratories has completed a requirements study for a networked mass storage system....
The Department of Energy (DOE) national laboratories have one of the longest and most consistent his...
The overall objective of the project was the development of a parallel high performance storage soft...
Abstract: With the recent achievement of one teraflop/s (1012flop/s) on the ASCI Red system at Sandi...
Today's high-end storage user is one that requires rapid access to a reliable terabyte-capacity stor...
There is a trend in institutions with high performance computing and data management requirements to...