@article{Plo2009,
Author = {Ploski, Jan and Scherp, Guido, Petroliagis, Thomas I. and Büchner, Otto and Hasselbring, Wilhelm},
Title = {Grid-based deployment and performance measurement of the Weather Research \& Forecasting model},

Year = {2009},
Month = {03},
Publisher = {ELSEVIER},
Address = {Amsterdam, The Netherlands},
Edition = {25},
Isbn = {0167-739X},
Booktitle = {Future Generation Computer Systems},
type = {article},
note = {A system developed for benchmarking multi-processor Numerical Weather Prediction applications deployed on D-Grid resources is presented. The system currently serves to perform functional and non-functional software tests of the Weather Research and Foreca},
Abstract = {A system developed for benchmarking multi-processor Numerical Weather Prediction applications deployed on D-Grid resources is presented. The system currently serves to perform functional and non-functional software tests of the Weather Research and Forecasting (WRF) model used in the project WISENT. The resulting performance data and the input configurations are automatically published through a web portal to enable third-party comparisons with other, existing WRF deployments. The developed system relies on a self-contained, domain-independent software module for running MPI and other multi-processor Grid (Globus Toolkit 4) jobs that require a user-defined synchronized initialization and cleanup phase.}
}
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