Grid Computing and Presentations/Speeches

This presentation will describe the identity management infrastructure of the UAB grid computing project, known as UABgrid. Its development is based on accomplishments of two NSF middleware projects at UAB, which focused on building NMI-enabled, open source tools for support of collaboration within virtual organizations that span institutional boundaries, are autonomous, and are collections of attributes. The middleware solution is known as myVocs and uses Shibboleth for identity management and attribution distribution, Globus for distributed computations, and GridShib to bind Shibboleth and Globus. UABgrid is now expanding its grid computing components to include metascheduling of jobs across multiple HPC clusters across the Internet.

Do you already have a grid-computing deployment on campus? Or do you have researchers who need to access grid-computing resources from high-performance computing centers around the globe? In this session, you will find out how to configure your CA to issue International Grid Trust Federation (IGTF)-compliant certificates and join over a hundred CAs currently certified under approved IGTF profiles. Hear real-life experiences from SURAgrid, see bridge PKIs in action, and learn how to leverage your campus PKI infrastructure to facilitate access to worldwide grid-computing efforts.

Since January of 2007, the TeraGrid has been partnering with select campuses to pilot the use of Internet2's Shibboleth and with NCSA and the University of Chicago's GridShb to access grid-enabled resources. This session will offer insight into the lessons learned and next steps to be taken toward campus and cyberinfrastructure integration.

Cyberinfrastructure is revolutionizing the scientific-research landscape and is positioned to similarly revolutionize learning. The challenge for educators is to find an innovative strategy that incorporates the best of traditional pedagogy with new paradigms that reflect our times. This presentation outlines how computation, visualization, storage, and high-speed networks can create novel learning environments.