2002 · 15 citations · 5 references
ComputingComputer ScienceComputer SystemsFault ToleranceFault-tolerant ComputingGrid ComputingDistributed ComputingDistributed Heterogeneous SystemsDistributed SchedulingDistributed Systems ArchitectureGrid ArchitectureGrid MiddlewareAdvanced SchedulingComputational Grid ArchitectureDistributed Resource ManagementFault-tolerant ArchitectureGrid Computing ArchitecturesModular ArchitectureScheduling In Grid ComputingScheduling With Heterogeneous Resources
Presents the results of the NRW-Metacomputing Taskforce, which has been working on the development of a (German) country-wide metacomputer since 1996. The resulting installation is among the very few that are already operational, have full support for heterogeneous resources, contain a decent security model and feature an advanced scheduling subsystem for the metacomputing environment. The NRW-Metacomputer has been implemented using a modular software architecture. Hence, its concepts and components can be re-used by others without the need to obtain the metacomputing software as a whole. Furthermore, the NRW-Metacomputer already provides well-defined interfaces for linking the system with other metacomputing environments to form a truly global computational grid. Distinctive features of this system are its highly scalable and fault-tolerant software architecture, its advanced resource planning mechanisms, as well as an integration into a DCE (Distributed Computing Environment)/DFS (Distributed File System) environment.
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A worldwide flock of Condors: Load sharing among workstation clusters
Dick Epema, Miron Livny, R. van Dantzig et al. · Future Generation Computer Systems · 1996 · 290 citations
Larry Smarr, Charles E. Catlett · Communications of the ACM · 1992 · 235 citations · Full text
An overview of MSHN: the Management System for Heterogeneous Networks
D. Hensgen, T. Kidd, D. St. John et al. · 2003 · 44 citations