- From: Tim Clark <twclark@nmr.mgh.harvard.edu>
- Date: Mon, 12 Dec 2005 12:29:32 -0500
- To: bambct-list@molbio.mgh.harvard.edu, public-semweb-lifesci@w3.org
- Message-Id: <E53AEC25-6907-4BDF-9164-81A16390FAC4@nmr.mgh.harvard.edu>
Begin forwarded message: > From: Alyssa Goodman <agoodman@cfa.harvard.edu> > Date: December 12, 2005 11:17:36 AM EST > To: iic@cfa.harvard.edu > Subject: IIC SEMINAR Wednesday, Dec. 14: Mark Green on Gateway for > Science & Engineering > Reply-To: Alyssa Goodman <agoodman@cfa.harvard.edu> > > SEMINAR > Wednesday, December 14 > > Building a Grid-Enabled Gateway for Science and Engineering > > Maxwell Dworkin G115 > Refreshments at 3:45 PM, Talk 4-5 PM > > > Mark Green > > Grid Computational Scientist, Center for Computational Research, > Center for Excellence in Bioinformatics and Life Sciences, SUNY > Buffalo > > > Description > Modern "data centers" have typically supplied computational and > data resources consisting of a variety of efficient computational > platforms, operating systems, and data storage devices. In > addition, providing a secure environment has been important to > those data centers that serve a variety of customers. Historically, > the primary focus of such data centers was to provide access to the > most computational power possible, much like the muscle cars of the > 1960s produced the highest horsepower possible for car enthusiasts. > In the future, however, these data centers will migrate toward > cyberinfrastructure-based warehouses that provide high-performance > computing, high-end data storage, and high-bandwidth networking. > More importantly, they will provide a secure environment that > allows for the rapid deployment of compute systems and provide on- > demand resources. A modern data warehouse, as just described, is > required in areas that include biomedical science, manufacturing, > computational chemistry and drug design, banking and finance, multi- > media, and virtually all areas of science and engineering. The time > for conservation in our energy driven society has arrived. As the > muscle cars of the 1960s have been transformed by hybrid > technologies for fuel efficiencies without comprising performance, > we must design our future cyberinfrastructure-based data centers to > use less space, less power, and less cooling while providing more > computational power. In terms of ease of use, the focus of modern > computational science is on cyberinfrastructure. That is, the > development of the necessary software, algorithms, portals, and > interfaces that will allow a user to operate a workstation without > knowledge of where their data is stored, where computations will be > performed, where rendering for visualization will take place, where > instruments are located, and how the data is collected and managed. > > > Web link: http:/iic.harvard.edu/seminars.html#mark_green
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Received on Tuesday, 13 December 2005 09:10:36 UTC