Cypress and San Diego, CA, February 1, 2006 -- Two of the eight experts appointed to a new Science Research Council for optical networking have appointments in the Jacobs School: Calit2 director Larry Smarr in Computer Science and Engineering; and UCSD neuroscientist Mark Ellisman, adjunct professor of Bioengineering.
NLR provides researchers unprecedented control over a nationwide network infrastructure with up to 40 individual lightpaths--each of which can transmit data at 10 gigabits per second and be used to deploy dedicated side-by-side, but physically and operationally separate, production and experimental networks. NLR is committed to promoting the extensive and active use of its infrastructure and resources by diverse groups within the scientific research community.
"National LambdaRail makes available to scientific researchers a unique set of resources that can respond to their most demanding networking requirements," said David Farber, NLR Chief Scientist and chair of the NLR Science Research Council. "Increasingly, leading- edge research projects require the kind networking capabilities NLR has deployed."
In addition to providing NLR with guidance about principles and policies for the use of the NLR infrastructure in support of scientific research, the NSRC will provide NLR leadership with guidance about opportunities and strategies to ensure the NLR backbone and related resources remain responsive to evolving demands of the science and research environment.
"Some of today's most ambitious scientific research projects rely on the most advanced networking capabilities, such as those available on through NLR," said CSE professor Larry Smarr, founding director of the California Institute for Telecommunications and Information Technology at UCSD. "Providing active scientists an integral role in NLR will help ensure it remains responsive to the needs of researchers across a wide range of scientific disciplines."
In addition to David Farber and Calit2's Smarr, members of the NNRC include:
The NLR infrastructure is already supporting cutting-edge uses of optical networking capabilities in research and education, including the National Science Foundation-supported Extensible Terascale Facility and OptIPuter projects, the U.S. Department of Energy's UltraScience project, CENIC and the Pacific Northwest Gigapop’s Pacific Wave project, and Internet2's Hybrid Optical Packet Infrastructure (HOPI) project.
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