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The Architecture of the Remos System
San Francisco, California August 07-August 09
DOI Bookmark: http://doi.ieeecomputersociety.org/10.1109/HPDC.2001.94519410th IEEE International Symposium on ...
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Peter A. Dinda, Northwestern University
Thomas Gross, ETH Zurich
Roger Karrer, ETH Zurich
Bruce Lowekamp, College of William and Mary
Nancy Miller, Carnegie Mellon University
Peter Steenkiste, Carnegie Mellon University
Dean Sutherland, Carnegie Mellon University
Abstract: Remos provides resource information to distributed applications. Its design goals of scalability, flexibility, and portability are achieved through an architecture that allows components to be positioned across the network, each collecting information about its local network. To collect information from different types of networks and from hosts on those networks, Remos provides several collectors that use different technologies, such as SNMP or benchmarking. By matching the appropriate collector to each particular network environment and by providing an architecture for distributing the output of these collectors across all querying environments, Remos collects appropriately detailed information at each site and distributes this information where needed in a scalable manner. Prediction services are integrated at the user-level, allowing history-based data collected across the network to be used to generate the predictions needed by a particular user. Remos has been implemented and tested in a variety of networks and is in use in a number of different environments.
Citation:
Peter A. Dinda, Thomas Gross, Roger Karrer, Bruce Lowekamp, Nancy Miller, Peter Steenkiste, Dean Sutherland, "The Architecture of the Remos System," hpdc, pp.0252, 10th IEEE International Symposium on High Performance Distributed Computing (HPDC-10 '01), 2001
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