This paper investigates the efficacy of Application-Level Scheduling(AppLeS)[3] for a
parallel gene sequence library comparison application in production metacomputing …

ABSTRACT A distributed parallel computing for a multidisciplinary problem has been
realized on a heterogeneous parallel computer cluster. A communication library for …

Distributed parallel computing for a fluid-structure coupled simulation has been performed
on a heterogeneous parallel computer cluster. The fluid and the structure dynamics are …

To access up-to-date biological data sources across multiple heterogeneous databases and
analysis tools distributed all over the networks, and to combine them into workflows, we …

Researchers in biology need to combine a growing number of computational tools and
biological databases to carry out their analyses. To carry out the analysis effectively, proper …

The integration of the computer-aided system for multidisciplinary fluid-structural analysis
was conducted on the distributed parallel computing environment. The system was applied …