Add to ORKGIn this paper we extend the JAMA matrix software package to produce a design for a Java package for the representation of matrices within a parallel distributed-memory environment. Underlying the design of the package is mpiJava for communication between processes. The package is intended to support a variety of formats, fully distributed and replicated versions of matrices, and is intended as a building block for more general object-oriented numerical problem solving. 1
AbstractIn this paper we evaluate the performance of a Java library in the context of designing nume...
AbstractIn the past years, multi-core processors and clusters of multi-core processors have emerged ...
Although Java was not specifically designed for the computationally intensive numeric applications t...
Matrices are essential in many fields of computer science, especially when large amounts of data mus...
A basic prerequisite for parallel programming is a good communication API. The recent interest in us...
We present designs for Java interfaces to High Performance Computing softwares, and research impleme...
[[abstract]]We present a generic matrix class facility in Java and an on-going project for a runtime...
Abstract. This work presents a metalibrary for numerical computations which main goal is the ability...
The JPVM library is a software system for explicit message-passing based distributed memory MIMD par...
As a relatively straightforward object-oriented language, Java is a plausible basis for a scientific...
This paper reports three phases of development of a. Java-based distributed system for the implement...
We outline an extension of Java for programming with distributed arrays. The basic programming style...
As a relatively straightforward object-oriented language, Java is a plausible basis for a scientific...
Java is becoming an increasingly popular language for developing distributed and parallel scientific...
International audienceThis paper shows a tentative integration of theory and applications in a singl...
AbstractIn this paper we evaluate the performance of a Java library in the context of designing nume...
AbstractIn the past years, multi-core processors and clusters of multi-core processors have emerged ...
Although Java was not specifically designed for the computationally intensive numeric applications t...
Matrices are essential in many fields of computer science, especially when large amounts of data mus...
A basic prerequisite for parallel programming is a good communication API. The recent interest in us...
We present designs for Java interfaces to High Performance Computing softwares, and research impleme...
[[abstract]]We present a generic matrix class facility in Java and an on-going project for a runtime...
Abstract. This work presents a metalibrary for numerical computations which main goal is the ability...
The JPVM library is a software system for explicit message-passing based distributed memory MIMD par...
As a relatively straightforward object-oriented language, Java is a plausible basis for a scientific...
This paper reports three phases of development of a. Java-based distributed system for the implement...
We outline an extension of Java for programming with distributed arrays. The basic programming style...
As a relatively straightforward object-oriented language, Java is a plausible basis for a scientific...
Java is becoming an increasingly popular language for developing distributed and parallel scientific...
International audienceThis paper shows a tentative integration of theory and applications in a singl...
AbstractIn this paper we evaluate the performance of a Java library in the context of designing nume...
AbstractIn the past years, multi-core processors and clusters of multi-core processors have emerged ...
Although Java was not specifically designed for the computationally intensive numeric applications t...