منابع مشابه
I-Cluster: Intense computing with untapped resources
I-Cluster is a research initiative from HP Labs Grenoble in partnership with INRIA (ID-IMAG Laboratory). It provides a distributed Peer-to-Peer framework of tools that transparently take advantage of unused network resources and federate them to crystallize into specific virtual functions. These functions are compute-inten sive services, which are statically decomposed to fit the ICluster frame...
متن کاملThe I-Cluster Cloud: distributed management of idle resources for intense computing
I-Cluster is an HP Laboratories Grenoble initiative, in collaboration with the ID-IMAG laboratory of INRIA Rhône-Alpes, HP Brazil and the Catholic University of Rio Grande do Sul (PUCRS). I-Cluster consists of a framework of tools that transparently takes advantage of unused network resources and federates them, in order to crystallize into specific virtual functions such as supercomputing. By ...
متن کاملUtility-based Resource Management for Cluster Computing
The vision of utility computing is to offer computing services as a utility so that users only pay when they need to use. Hence, users define their service needs and expect them to be delivered by utility computing service providers. However, most current high performance computing resources which constitute clusters of computers do not consider user-centric service needs for resource managemen...
متن کاملExtensible Resource Management for Cluster Computing
Advanced general-purpose parallel systems should be able to support diverse applications with diier-ent resource requirements without compromising eeec-tiveness and eeciency. We present a new resource management model for cluster computing that allows multiple scheduling policies to co-exist dynamically. In particular, we have built Octopus, an extensible and distributed hierarchical scheduler ...
متن کاملDistributed Configuration Management for Reconfigurable Cluster Computing
Cluster computing offers many advantages as a highly cost-effective and often scalable approach for highperformance computing in general, and most recently as a basis for hardware-reconfigurable systems. To achieve the full potential of performance of reconfigurable HPC systems, a runtime configuration service is required. Centralized configuration services are a natural starting point but tend...
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ژورنال
عنوان ژورنال: MATEC Web of Conferences
سال: 2016
ISSN: 2261-236X
DOI: 10.1051/matecconf/20167508004