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To: Feraldo who wrote (11)2/16/1999 8:48:00 AM
From: Frank A. Coluccio  Read Replies (3) | Respond to of 74
 
Internet2 Distributed Storage Initiative

February 16, 1999

MINNEAPOLIS, MINNESOTA, U.S.A., Newsbytes
via NewsEdge Corporation : The increased need for
a higherperformance Internet has received an initial
boost with the launching of the Internet2 Distributed
Storage Infrastructure (I2- DSI) initiative. In the
launch, IBM [NYSE:IBM] has provided equipment
funding for what is being called "the first component"
of "a new network infrastructure designed to support
advanced Internet applications."

IBM's funding will reportedly enable the development
and testing of such applications as real-time
broadcast quality video over higher bandwidth
networks.

Newsbytes notes that, as millions of new users log
on to the existing Internet every month, it becomes
increasingly clear that, coupled with the rise of
multimedia file transfers and communications
technologies as video broadcasting, and now the
prospect of widespread Internet telephony, the
existing Internet infrastructure is painfully unable to
cope.

I2-DSI is led by the Innovative Computing Laboratory
at the University of Tennessee, which says the
initiative is important in the eventual goal of
developing new network services needed to enable
collaborative research and distance learning, which
will inevitably involve large volumes of multimedia
data, such as video and audio.

The I2-DSI is billed as a way for researchers to
figure out the best way to move high-bandwidth
content over public networks such as the Internet,
which in turn will help in determining the most
"efficient mix of networking and storage for delivering
content over the Internet and ensuring quality of
service."

One area of research reportedly involves the
development of advanced applications designed to
"serve geographically dispersed network users by
intelligently storing copies of high-bandwidth digital
content."

IBM says that its Web Cache Managers used in the
initial deployment have a combined capacity of
almost six terabytes, and will be installed at
backbone access points at the University of
Tennessee at Knoxville, the University of North
Carolina at Chapel Hill, Indiana University, U.S.
Geological Survey's EROS Data Center and the
University of Hawaii.