This paper introduces the JStar parallel programming language, which is a Java-based declarative language aimed at discouraging sequential programming, encouraging massively parallel programming, and giving the compiler and runtime maximum freedom to try alternative parallelisation strategies. We describe the execution semantics and runtime support of the language, several optimisations and parallelism strategies, with some benchmark results. © 2013 Elsevier B.V. All rights reserved
This thesis describes techniques for defining independent tasks in Java programs forparallelization....
W artykule przedstawiono praktyczne aspekty programowania obiektowego w języku Java w zakresie progr...
Titanium is an explicitly parallel dialect of Java TM designed for high-performance scientific progr...
This paper introduces the JStar parallel programming language, which is a Java-based declarative lan...
Data-driven problems have common characteristics: a large number of small objects with complex depen...
In the past, the performance of sequential programs grew exponentially as the performance of CPUs in...
Abstract. In this paper, we propose an approach to automatic compiler parallelization based on langu...
With the popularity of the multi-core and many-core architectures there is a great requirement for s...
Titanium is an explicitly parallel dialect of Java TM designed for high-performance scientific progr...
With most of today's fast scientific software written in Fortran and C, Java has a lot of catching u...
This paper explains the programming aspects of a promising Java-based programming and execution fram...
This paper introduces the newest version of the SR concurrent programming language and illustrates h...
Titanium is an explicitly parallel dialect of JavaTM designed for high-performance scientific progra...
We present the design and initial implementation of Hyperion, an environment for the highperformance...
The Java programming language and Sun Microsystems\u27 Java Virtual Machine (JVM) provide a cross pl...
This thesis describes techniques for defining independent tasks in Java programs forparallelization....
W artykule przedstawiono praktyczne aspekty programowania obiektowego w języku Java w zakresie progr...
Titanium is an explicitly parallel dialect of Java TM designed for high-performance scientific progr...
This paper introduces the JStar parallel programming language, which is a Java-based declarative lan...
Data-driven problems have common characteristics: a large number of small objects with complex depen...
In the past, the performance of sequential programs grew exponentially as the performance of CPUs in...
Abstract. In this paper, we propose an approach to automatic compiler parallelization based on langu...
With the popularity of the multi-core and many-core architectures there is a great requirement for s...
Titanium is an explicitly parallel dialect of Java TM designed for high-performance scientific progr...
With most of today's fast scientific software written in Fortran and C, Java has a lot of catching u...
This paper explains the programming aspects of a promising Java-based programming and execution fram...
This paper introduces the newest version of the SR concurrent programming language and illustrates h...
Titanium is an explicitly parallel dialect of JavaTM designed for high-performance scientific progra...
We present the design and initial implementation of Hyperion, an environment for the highperformance...
The Java programming language and Sun Microsystems\u27 Java Virtual Machine (JVM) provide a cross pl...
This thesis describes techniques for defining independent tasks in Java programs forparallelization....
W artykule przedstawiono praktyczne aspekty programowania obiektowego w języku Java w zakresie progr...
Titanium is an explicitly parallel dialect of Java TM designed for high-performance scientific progr...