We are developing a runtime library which provides a number of routines to perform the I/O required in parallel applications in an efficient and convenient manner. This is part of a project called PASSION, which aims to provide software support for high-performance parallel I/O at the compiler, runtime and file system levels. The PASSION Runtime Library uses a high-level interface which makes it easy for the user to specify the I/O required in the program. The user only needs to specify what portion of the data structure needs to read from or written to the file, and the PASSION routines will perform all the necessary I/O efficiently. This paper gives an overview of the PASSION Runtime Library and describes in detail its high-level interfac...
Harnessing the full I/O capabilities of a large-scale multiprocessor is difficult and requires a gre...
Parallel machines are an important part of the scientific application developer’s tool box and the p...
Parallelisation, serial optimisation, compiler tuning, and many more techniques are used to optimise...
We are developing a runtime library which provides a number of routines to perform the I/O required ...
We are developing a compiler and runtime sup-port system called PASSION: Parallel And Scalable Softw...
We are developing a software system called PASSION: Parallel And Scalable Software for InputOutput w...
We are developing a compiler and runtime support system called PASSION: Parallel And Scalable Softwa...
Parallel I/0 subsystems are added to massively parallel computers in order to lessen I/0 bottleneck ...
This paper presents the results of an experimental evaluation of the parallel I/O systems of the IBM...
Parallel computers are increasingly being used to run large-scale applications that also have huge I...
A majority of parallel applications achieve parallelism by partitioning data over multiple processo...
Many large-scale applications on parallel machines are bottlenecked by the I/O performance rather th...
Many large-scale applications on parallel machines are bottlenecked by the I/O performance rather th...
Parallel languages rarely specify parallel I/O constructs, and existing commercial systems provide t...
Many scientific applications are I/O intensive and have tremendous I/O requirements, including check...
Harnessing the full I/O capabilities of a large-scale multiprocessor is difficult and requires a gre...
Parallel machines are an important part of the scientific application developer’s tool box and the p...
Parallelisation, serial optimisation, compiler tuning, and many more techniques are used to optimise...
We are developing a runtime library which provides a number of routines to perform the I/O required ...
We are developing a compiler and runtime sup-port system called PASSION: Parallel And Scalable Softw...
We are developing a software system called PASSION: Parallel And Scalable Software for InputOutput w...
We are developing a compiler and runtime support system called PASSION: Parallel And Scalable Softwa...
Parallel I/0 subsystems are added to massively parallel computers in order to lessen I/0 bottleneck ...
This paper presents the results of an experimental evaluation of the parallel I/O systems of the IBM...
Parallel computers are increasingly being used to run large-scale applications that also have huge I...
A majority of parallel applications achieve parallelism by partitioning data over multiple processo...
Many large-scale applications on parallel machines are bottlenecked by the I/O performance rather th...
Many large-scale applications on parallel machines are bottlenecked by the I/O performance rather th...
Parallel languages rarely specify parallel I/O constructs, and existing commercial systems provide t...
Many scientific applications are I/O intensive and have tremendous I/O requirements, including check...
Harnessing the full I/O capabilities of a large-scale multiprocessor is difficult and requires a gre...
Parallel machines are an important part of the scientific application developer’s tool box and the p...
Parallelisation, serial optimisation, compiler tuning, and many more techniques are used to optimise...