As a relatively straightforward object-oriented language, Java is a plausible basis for a scientific parallel programming language. We outline a conservative set of language extensions to support this kind of programming. The programming style advocated is Single Program Multiple Data (SPMD), with parallel arrays added as language primitives. Communications involving distributed arrays are handled through a standard library of collective operations. Because the underlying programming model is SPMD programming, direct calls to other communication packages are also possible from this language
A basic prerequisite for parallel programming is a good communication API. The recent interest in us...
Although Java was not specifically designed for the computationally intensive numeric applications t...
Although Java was not specifically designed for the computationally intensive numeric applications t...
As a relatively straightforward object-oriented language, Java is a plausible basis for a scientific...
We outline an extension of Java for programming with distributed arrays. The basic programming style...
This report introduces a new language, HPJava, for parallel programming on message passing systems. ...
Building on research carried out in the Parallel Compiler Runtime Consortium (PCRC) project, this ar...
We consider the possible role of Java as a language for High Performance Computing. After discussing...
We discuss the role of Java and Web technologies for general simulation. We classify the classes of ...
Recently, there has been a lot of interest in using Java for parallel programming. Efforts have been...
We have prototyped a multi-paradigm parallel programming toolkit in Java, specifically targeting an ...
Parallel Java is a parallel programming API whose goals are (1) to support both shared memory (threa...
With most of today's fast scientific software written in Fortran and C, Java has a lot of catching u...
We present designs for Java interfaces to High Performance Computing softwares, and research impleme...
Current parallel programming approaches, which typically use message-passing and shared memory threa...
A basic prerequisite for parallel programming is a good communication API. The recent interest in us...
Although Java was not specifically designed for the computationally intensive numeric applications t...
Although Java was not specifically designed for the computationally intensive numeric applications t...
As a relatively straightforward object-oriented language, Java is a plausible basis for a scientific...
We outline an extension of Java for programming with distributed arrays. The basic programming style...
This report introduces a new language, HPJava, for parallel programming on message passing systems. ...
Building on research carried out in the Parallel Compiler Runtime Consortium (PCRC) project, this ar...
We consider the possible role of Java as a language for High Performance Computing. After discussing...
We discuss the role of Java and Web technologies for general simulation. We classify the classes of ...
Recently, there has been a lot of interest in using Java for parallel programming. Efforts have been...
We have prototyped a multi-paradigm parallel programming toolkit in Java, specifically targeting an ...
Parallel Java is a parallel programming API whose goals are (1) to support both shared memory (threa...
With most of today's fast scientific software written in Fortran and C, Java has a lot of catching u...
We present designs for Java interfaces to High Performance Computing softwares, and research impleme...
Current parallel programming approaches, which typically use message-passing and shared memory threa...
A basic prerequisite for parallel programming is a good communication API. The recent interest in us...
Although Java was not specifically designed for the computationally intensive numeric applications t...
Although Java was not specifically designed for the computationally intensive numeric applications t...