Berkeley Engineering Home
Volume 2, Issue 5
July 2002



Outline List

In This Issue
The Death and Rebirth of Silicon

UC Berkeley's New Fat Pipes

Art, Technology, Process, and Product

The Tinkertoys of Nanotechnology

Berkeley Engineering History: Engelbart invents the mouse

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2002
May/June
April
Feb/March
January

2001
Nov/Dec
Sept/Oct
July/Aug

Lab Notes, Research from the College of Engineering


UC Berkeley's New Fat Pipes
by David Pescovitz

Tom Kalil by videoconference

Tom Kalil speaks via videoconference to an audience in San Diego during the launch of CommerceNet's Next-Generation Internet Application Centers.
Courtesy NPACI

Just as the multimedia capabilities of the Internet are finally brought home through fast cable modems and DSL lines, UC Berkeley students are helping create a whole new Internet that makes today's high-bandwidth connections and content pale in comparison. In April, the Center for Information Technology Research in the Interest of Society with support from the State of California and non-profit consortium CommerceNet opened the doors of Net21, a Next-Generation Internet Applications Center.

Located on the Berkeley campus in the Center for Commercialization of ITS Technologies, Net21 boasts a fat pipe connection to the next-generation Internet, known as Internet2, with speeds 1,000 times faster than most business-class services today. Born in 1996 from a consortium of 34 research institutions, Internet2 now connects several hundred academic institutions, government agencies, and a handful of corporations over two high-performance network backbones. But without applications that take advantage of its high-speed optical network, Internet2 doesn't look much different than its predecessor.

"It's the chicken and egg problem," says Tom Kalil, Berkeley's Special Assistant to the Chancellor for Science and Technology. "Without an advanced infrastructure, you don't know what applications could run over broadband networks. And as a result, you have no incentive to deploy those networks."

Your Turn

How can Internet2's bandwidth boost change the face of the Internet as we know it?

We want to hear from you...

TTo foster the development of broadband networks and applications tailored to their capabilities, the State of California Department of Science and Technology Innovation (DSTI), the Corporation for Education Network Initiatives in California (CENIC), and CommerceNet, a not-for-profit organization of business, government, technology, and academic leaders, launched two Next-Generation Internet (NGI) Applications Centers – Net21 and the CalNGI Center at the San Diego Supercomputer Center. While select California companies and non-profits are receiving $4 million annually in grants to support their NGI research, Kalil believes that the biggest winners are the UC Berkeley undergraduate engineering students accepted into the new Next Generation Internet Scholar program.

"Quite simply, Net21 enables students to live and work in the future," says Kalil who as one of President Clinton's key technology advisors was instrumental in the Federal Government's Next-Generation Internet Initiative that helped support Internet2's development. "If you look at the last few killer apps of the Internet—Napster, Google, the first graphical Web browser—they were all developed by students."

To date, thirteen students from the Department of Electrical Engineering and Computer Sciences were awarded NGI Scholarships based on project proposals. Research guidance comes from EECS chair Shankar Sastry, CITRIS chief scientist Jim Demmel, and the students' faculty advisors.

One project, Kalil explains, is focused on the Cooperative Library, a Berkeley-based peer-to-peer file-sharing technology. For example, Internet2 users could potentially search a massive database of downloadable videoclips for a particular soundbite. Other research revolves around integrating bandwidth-intensive multicast and streaming media into distance learning applications and developing Web browsing technology for people with severe physical disabilities.

"Net21 is about more than bandwidth," Kalil says. "People are looking at advancing Internet applications across many dimensions. Broadband is one feature of the NGI, but it's not the only one."




CITRIS

CommerceNet


Lab Notes is published online by the Public Affairs Office of the UC Berkeley College of Engineering. The Lab Notes mission is to illuminate groundbreaking research underway today at the College of Engineering that will dramatically change our lives tomorrow.

Editor, Director of Public Affairs: Teresa Moore
Writer, Researcher: David Pescovitz
Designer: Robyn Altman

Subscribe or send comments to the Engineering Public Affairs Office: lab-notes@coe.berkeley.edu.

© 2002 UC Regents. Updated 6/20/02.