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Research Groups
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Participants
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Grid Scheduling Architecture
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CNR-ISTI, TUD, FHG, FZJ, UNIDO, UPC, UNICAL, PSNC
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Reservation-based Scheduling
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CNRS, ZIB, VUA
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Examination of Economic-Based Scheduling Mechanisms
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CNR-ISTI, FHG, FZJ, UNIDO, PSNC, CNRS
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Integration of the eNANOS execution environment with the
GRMS Resource Broker
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UPC, PSNC
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Integration of the advanced reservations mechanism
between the GRMS and eNANOS Brokers |
UPC, PSNC |
Negotiation and Interaction of Scheduler in GRMS
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UNIDO, PSNC, VUA
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Grid Scheduling Ontology
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FhG SCAI, FZJ, UoM
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Integration of ISS into the VIOLA/MetaScheduling
Environment
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HES-SO/EPFL, FhG SCAI, FZJ |
| Workflow Scheduling with P-GRADE and KOALA |
SZTAKI, TUD, UMUE |
Review of Workflow Description Languages for Grid
Scheduling
|
UNIDO, FHG |
| Automatic mapping of applications |
CNR-ISTI, CNRS |
| Job co-allocation |
CNRS, TUD |
| Scheduling of high performance parallel applications |
ISTI-CNR, DI-UNIPI, UNIDO, CNRS |
Study of performance models and contracts for a class of
Grid application |
ISTI-CNR, DI-UNIPI, UNIDO, VUA |
Collaboration for a Grid Evaluation and Benchmarking
System
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TUD, UNIDO |
| Standard Grid Workload Format |
UOW, UPC, PSNC |
| Performance prediction using the Gamma model |
EPFL, PSNC, UPC, UOW, WCNS |
Application of the GPRES performance prediction system
to analysis of real LoadLeveler workloads
|
PSNC, UPC, WCNS |
Handling performance prediction errors in Grid
Scheduling
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ISTI-CNR, PSNC, WCNS |
| Validation of the ISS Multi-level Scheduling System |
CETIC, HES-SO, EPFL, INRIA |
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Last Updated ( Monday, 04 December 2006 )
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