Titlebook: Computational Science - ICCS 2004; 4th International Co Marian Bubak,Geert Dick Albada,Jack Dongarra Conference proceedings 2004 Springer-V

phase-2-enzyme

An Idle Compute Cycle Prediction Service for Computational Gridsm, but not widely used because of the lack of effective idleness prediction techniques. In this paper, we argue PCs at university computer labs have a great potential for the utilization of idle CPU cycles, and propose two techniques for predicting idle cycles of those PCs: heuristic and statistical

Longitude

Infrastructure for Grid-Based Virtual Organizationstual organizations. The environment consists primarily of a collaboration-supporting user interface, workflow system capable of submission of jobs to the Grid and a Grid-based data management suite. A prototype of such an environment is deployed and tested for a flood forecasting system. The system

苦笑

Air Pollution Modeling in the CrossGrid Projectd visualization for surgical procedures, flooding crisis team decision support systems, distributed data analysis in high-energy physics, and air pollution combined with weather forecasting. We present in this paper the integration of the air pollution application with other components of the projec

phlegm

The Genetic Algorithms Population Pluglet for the H2O Metacomputing Systemiable solution technique to intractable problems; . offers a distributed GA framework that can lead to rapid and efficient parallel execution of GAs from a variety of domains, with very little effort on behalf of the application scientist. It is premised upon the common phases embodied in GA lifecyc

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opalescence

A. H. Lang,K. Abbrederis,A. Dzien,H. Drexel In this contribution, a framework is presented which will augment the H2O-system with the functionality to produce and publish WSDL and GSDL documents for arbitrary third party pluglets, and thereby enhance OGSA compatibility.

Uncultured

https://doi.org/10.1007/978-3-031-37337-4s built for H2O, a component-oriented metacomputing system that enables cooperative resource sharing and flexible, reconfigurable concurrent computing on heterogeneous platforms. Experiences with the use of . on H2O are described and preliminary results are very encouraging.

Obliterate

Next Steps in Ethics and Policye hints to the physical forces of functional group distinctions and starting points for later parameter optimizations. The demonstrated technology significantly extends the manageability of accurate, but costly quantum chemical calculations and is valuable for many applications involving thousands of independent runs.

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