TeraGrid's integrated information service

Authors:
Lee Liming;John-Paul Navarro;Eric Blau;Jason Brechin;Charlie Catlett;Maytal Dahan;Diana Diehl;Rion Dooley;Michael Dwyer;Kate Ericson;Ian Foster;Ed Hanna;David L. Hart;Chris Jordan;Rob Light;Stuart Martin;John McGee;Laura Pearlman;Jason Reilly;Tom Scavo;Michael Shapiro;Shava Smallen;Warren Smith;Nancy Wilkins-Diehr
Affiliations:
The University of Chicago/Argonne National Laboratory;The University of Chicago/Argonne National Laboratory;The University of Chicago/Argonne National Laboratory;National Center for Supercomputing Applications;The University of Chicago/Argonne National Laboratory;Texas Advanced Computing Center;San Diego Supercomputer Center;Texas Advanced Computing Center;San Diego Supercomputer Center;San Diego Supercomputer Center;The University of Chicago/Argonne National Laboratory;Pittsburg Supercomputing Center;San Diego Supercomputer Center;Texas Advanced Computing Center;Pittsburg Supercomputing Center;The University of Chicago/Argonne National Laboratory;Renaissance Computing Institute;University of Southern California;Renaissance Computing Institute;National Center for Supercomputing Applications;National Center for Supercomputing Applications;San Diego Supercomputer Center;Texas Advanced Computing Center;San Diego Supercomputer Center
Venue:
Proceedings of the 5th Grid Computing Environments Workshop
Year:
2009

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Abstract

The NSF TeraGrid project has designed and constructed a federated integrated information service (IIS) to serve its capability publishing and discovery needs. This service has also proven helpful in automating TeraGrid's operational activities. We describe the requirements that motivated this work; IIS's system architecture, information architecture, and information content; processes that IIS currently supports; and how various layers of the system architecture are being used. We also review motivating use cases that have not yet been satisfied by IIS and outline approaches for future work.