Add to ORKG1 Introduction There is a growing interest in using Java for high-performance computing because of the many advantages that Java offers as a programming language. To be useful as a language for high-performance computing, however, Java must not only have good support for computation but must also be able to provide high-performance file I/O, as many scientific applications have significant I/O requirements [6, 22, 34]. In this paper, we investigate the I/O capabilities of Java for high-performance computing and provide suggestions for relatively simple changes to the Java I/O model that can improve performance significantly
International audienceThe Java language is rich of native and third-party I/O APIs that most Java ap...
This survey describes research directions in techniques to improve the performance of programs writt...
With most of today's fast scientific software written in Fortran and C, Java has a lot of catching u...
1 Introduction There is a growing interest in using Java for high-performance computing because of t...
There is a growing interest in using Java as the language for developing high-performance computing ...
Java is quickly becoming the preferred language for writing distributed applications because of its ...
ABSTRACT Java is quickly becoming the preferred language for writing distributed applications becaus...
The file I/O classes present in Java have proven too inefficient to meet the demands of high-perform...
Titanium is a high-performance explicitly parallel SPMD dialect of Java. Currently, the runtime supp...
The rising interest in Java for High Performance Computing (HPC) is based on the appealing features ...
We present Tigris, a high-performance computation and I/O substrate for clusters of workstations, im...
The rising interest in Java for High Performance Computing (HPC) is based on the appealing features ...
[eng] Java is a very commonly used computer programming language, although its use amongst the scien...
Abstract — Modern HPC applications put forward significant I/O requirements. To deal with them, MPI ...
We present Tigris, a high-performance computation and I/O substrate for clusters of workstations tha...
International audienceThe Java language is rich of native and third-party I/O APIs that most Java ap...
This survey describes research directions in techniques to improve the performance of programs writt...
With most of today's fast scientific software written in Fortran and C, Java has a lot of catching u...
1 Introduction There is a growing interest in using Java for high-performance computing because of t...
There is a growing interest in using Java as the language for developing high-performance computing ...
Java is quickly becoming the preferred language for writing distributed applications because of its ...
ABSTRACT Java is quickly becoming the preferred language for writing distributed applications becaus...
The file I/O classes present in Java have proven too inefficient to meet the demands of high-perform...
Titanium is a high-performance explicitly parallel SPMD dialect of Java. Currently, the runtime supp...
The rising interest in Java for High Performance Computing (HPC) is based on the appealing features ...
We present Tigris, a high-performance computation and I/O substrate for clusters of workstations, im...
The rising interest in Java for High Performance Computing (HPC) is based on the appealing features ...
[eng] Java is a very commonly used computer programming language, although its use amongst the scien...
Abstract — Modern HPC applications put forward significant I/O requirements. To deal with them, MPI ...
We present Tigris, a high-performance computation and I/O substrate for clusters of workstations tha...
International audienceThe Java language is rich of native and third-party I/O APIs that most Java ap...
This survey describes research directions in techniques to improve the performance of programs writt...
With most of today's fast scientific software written in Fortran and C, Java has a lot of catching u...