Grid Enabled JasKel Skeletons with GMarte
J M Alonso, V Hernández, G Moltó, A Proença, and J L Sobral. Grid Enabled JasKel Skeletons with GMarte. In Proceedings of the Iberian Grid Infrastructure Conference, pp. 301–312, 2007.
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Abstract
The development of parallel applications requires adequate tools to help the programmer to create applications that can efficiently execute on a wide range of computing platforms. This paper describes a joint effort to build a programming framework that can transparently execute parallel applications on multiprocessor systems, clusters and computational Grids. This environment integrates a Java skeleton-based framework, JaSkel, and a Java-based Grid middleware, GMarte, to transparently execute skeletons across cluster boundaries. The resulting framework allows JaSkel applications to seamlessly use computational Grids. This joint software leverages both previous independent efforts to provide easier access to computational resources.
BibTeX Entry
@inproceedings{Molto2007gej,
abstract = {The development of parallel applications requires adequate tools to help the programmer to create applications that can efficiently execute on a wide range of computing platforms. This paper describes a joint effort to build a programming framework that can transparently execute parallel applications on multiprocessor systems, clusters and computational Grids. This environment integrates a Java skeleton-based framework, JaSkel, and a Java-based Grid middleware, GMarte, to transparently execute skeletons across cluster boundaries. The resulting framework allows JaSkel applications to seamlessly use computational Grids. This joint software leverages both previous independent efforts to provide easier access to computational resources.},
author = {J M Alonso and V Hernández and G Moltó and A Proença and J L Sobral},
booktitle = {Proceedings of the Iberian Grid Infrastructure Conference},
pages = {301-312},
title = {Grid Enabled JasKel Skeletons with GMarte},
year = {2007}
}