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

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Hunting for Bindings in Distributed Object-Oriented Systemsup of related objects has to be identified, for example for monitoring. The article defines static and dynamic binding relations between objects in a distributed object-oriented system. It also presents an architecture for catching these relations since current operating systems do not support such

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Design and Implementation of the Cooperative Cache for PVFSf them were to provide high bandwidth and parallelism in file service using a distributed file system. Other researches for distributed file systems include the cooperative cache that reduces servers’ load and improves overall performance. The cooperative cache shares file caches among clients so th

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DartGrid: Semantic-Based Database Gridse resources with such “open” settings. This paper proposes a semantic-based approach supporting the global sharing of database resources using grid as the platform. We have built a semantic query system, called DartGrid, with the following features: a) database providers are organized as an ontolog

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A 3-tier Grid Architecture and Interactive Applications Framework for Community Gridshically and organizationally dispersed was first realized. Community grids have very different characteristics and requirements to that of scientific grids – the most important being the heterogeneous resource offer and the application demands of the users. The users of this type of grid does not ex

PANT

Incorporation of Middleware and Grid Technologies to Enhance Usability in Computational Chemistry Apputing, often pushing breakthrough computational capabilities beyond the reach of scientists due to the time needed to harness the infrastructure. Hiding the underlying complexity of networked resources becomes essential if scientists are to utilize these resources in a time-effective manner. There

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The Migrating Desktop as a GUI Framework for the “Applications on Demand” Conceptt. On-demand computing, contrary to the traditional approach of assigning resources to applications, refers to the concept of pooling system resources and dynamically allocating them to meet shifting demands. We introduce a ready-to-use framework for the integration of different computing systems in

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