Global Ring Network for Advanced Applications Development GLORIAD

TIGRE Testbed Portal

Headlines

2007-11-13 - GLORIAD News Wire: GLORIAD Korea's KISTI Relies on Force10 Networks for Supercomputer Build. Full article

2007-10-03 - GLORIAD Press Release: SAGE-enabled Cyberspace Demonstration over GLORIAD Takes Place as Part of Spu. Full article

2007-09-24 - GLORIAD Press Release: USA and Russian GLORIAD Partnership Building Lightpath for International Geoscience Collaboration. Full article

2007-07-31 - GLORIAD Update July 2007 Issue release. Full article

2007-07-15 - Official GLORIAD-2007 Map Release. Full article

Recent BLOG Entries

2008-04-07 - GLORIAD Security: Introduction to MySQL. Full article

2008-04-03 - GLORIAD Security: Introduction to SQLite. Full article

2008-03-23 - GLORIAD Security: Mind Mapping . Full article

2008-03-03 - GLORIAD Security: Just Stop, Listen, Think, Learn, and Repeat. Full article

The map above shows current traffic flows and traffic patterns across GLORIAD - as measured in Chicago.  In the map, triangles show source of traffic; inverted trianges, destination. Sites connected by arcs are the heavist current consumers. Colors indicate network protocols and can be discovered by the listing of top users at the right. The small charts show traffic volume by application during the last two hours. Clicking on any of them takes you to a larger display.

Project: TIGRE Testbed Portal

Description: The Texas Internet Grid for Research and Education (TIGRE) project seeks to build a computational grid that integrates computing systems, storage systems and databases, visualisation laboratories and displays, and even instruments and sensors across Texas. TIGRE will enhance the computational capabilities for Texas researchers in academia, government and industry massive computing power and by integrating this into a Grid. TIGRE also promotes collaboration among Texas research institutions and companies. TIGRE facilitates sharing compute resources, sharing instruments, sharing data collections, enabling massive simulations and analyses, and fostering collaborations and partnerships among universities and with industries. TIGRE's distributed-but-connected collection of heterogeneous computing resources, data repositories and storage systems, high-speed networks, and grid software (""middleware"") will vary in power, architecture, and purpose. The systems will be integrated with high-bandwidth networks and grid middleware selected for maximum potential to achieve HiPCAT and TIGRE goals.

Participants: UT Institute for Computational Engineering & Sciences, (ICES), UT Information Technology Services (ITS), Texas Advanced Computing Center (TACC)

Sponsors: High Performance Computing Across Texas (HiPCAT)

Countries Involved: US

Tools: Globus Toolkit, Condor-G, Network Weather Service (NWS), KX.509/KCA, GSI-Enabled Open SSH, MPICH-G2, MyProxy

Contact: Jay Boisseau


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