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== What is REDDnet? ==
== What is {{Template:REDDnet}}? ==


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{|
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|REDDnet (Research and Education Data Depot network) is an NSF-funded data collaboration project.  We have deployed an extremely large (>700 Terabytes) distributed storage facility with a core focus of speed and fault tolerance.   
|{{Template:REDDnet}} (Research and Education Data Depot network) is an NSF-funded data collaboration project.  We have deployed an extremely large (>700 Terabytes) distributed storage facility with a core focus of speed and fault tolerance.   


For example, at the
For example, at the
Supercomputing 2006 Conference in Tampa, Florida, REDDnet demonstrated sustained transfers at a rate of 10 Gigabits per second between Caltech and the convention floor. These transfers were limited by the bandwidth of the network connection. At the same conference, REDDnet demonstrated fault tolerance by striping data across thirty depots and then successfully reading the data even after turning off nine of these depots.
Supercomputing 2006 Conference in Tampa, Florida, {{Template:REDDnet}} demonstrated sustained transfers at a rate of 10 Gigabits per second between Caltech and the convention floor. These transfers were limited by the bandwidth of the network connection. At the same conference, {{Template:REDDnet}} demonstrated fault tolerance by striping data across thirty depots and then successfully reading the data even after turning off nine of these depots.
|[[Image:reddnetmap.gif|right|550px]]
|[[Image:reddnetmap.gif|right|550px]]
|}
|}

Revision as of 07:59, 17 April 2008


What is REDDnet?

REDDnet (Research and Education Data Depot network) is an NSF-funded data collaboration project. We have deployed an extremely large (>700 Terabytes) distributed storage facility with a core focus of speed and fault tolerance.

For example, at the Supercomputing 2006 Conference in Tampa, Florida, REDDnet demonstrated sustained transfers at a rate of 10 Gigabits per second between Caltech and the convention floor. These transfers were limited by the bandwidth of the network connection. At the same conference, REDDnet demonstrated fault tolerance by striping data across thirty depots and then successfully reading the data even after turning off nine of these depots.

Reddnetmap.gif

Collaborators

Core Institutions


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Tennessee
Stephen F. Austin
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N. C. State
Delaware
Vanderbilt Tennessee S. F. Austin ORNL Nevoa Networks N. C. State Delaware


Collaborating Host Institutions


USP
UERJ
Michigan
Florida
Fermilab
Caltech
São Paulo Rio de Janeiro Michigan Florida Fermilab Caltech


AMPATH
LOC
LOC
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LOC
AMPATH FIU Library of Congress SDSC Stanford UCSB

Research Projects Using REDDnet

  • AmericaView - Satellite remote sensing data and technologies in support of applied research, K-16 education, workforce development, and technology transfer.
  • CMS - Elementary Particle Physics at the CERN Large Hadron Collider.
  • Structural Biology - Image reconstruction of large macromolecular assemblies through a collaborative effort of Vanderbilt and Lawrence Berkeley National Laboratory researchers.
  • Retinopathy - Diabetic Eye Disease Screening in Peru and Bolivia


Support

NSF.gif This work is supported by NSF Grant PHY-0619847 and by the Vanderbilt Center for the Americas