A Service Oriented System for On Demand Dynamic Structural Analysis over Computational Grids

J. M Alonso, V Hernández, R López, and G Moltó. A Service Oriented System for On Demand Dynamic Structural Analysis over Computational Grids. In VECPAR'06: Seventh International Meeting on High Performance Computing for Computational Science, 2006.

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Abstract

In this paper we describe the implementation of a service oriented environment that enables to couple a parallel application, which performs the 3D linear dynamic structural analysis of high-rise buildings, to a Grid Computing infrastructure. The Grid service, developed under Globus Toolkit 4, exposes the dynamic simulation as a service to the structural scientific community. It employs the GMarte middleware, a metascheduler that enables to perform the computationally intensive simulations on the distributed resources of a Grid-based infrastructure.

BibTeX Entry

@inproceedings{Alonso2006,
   abstract = {In this paper we describe the implementation of a service oriented environment that enables to couple a parallel application, which performs the 3D linear dynamic structural analysis of high-rise buildings, to a Grid Computing infrastructure. The Grid service, developed under Globus Toolkit 4, exposes the dynamic simulation as a service to the structural scientific community. It employs the GMarte middleware, a metascheduler that enables to perform the computationally intensive simulations on the distributed resources of a Grid-based infrastructure.},
   author = {J. M Alonso and V Hernández and R López and G Moltó},
   booktitle = {VECPAR'06: Seventh International Meeting on High Performance Computing for Computational Science},
   title = {A Service Oriented System for On Demand Dynamic Structural Analysis over Computational Grids},
   year = {2006}
}