Campus View of I2 Tim Sigmon Director, Advanced Technology University of Virginia

Slides:



Advertisements
Similar presentations
CCIRN Meeting Douglas Gatchell US NSF/CISE/SCI July 3, 2004.
Advertisements

Supporting Research on Campus - Using Cyberinfrastructure (CI) Public research use of ICT has rapidly increased in the past decade, requiring high performance.
High Performance Internet Service at the University of Michigan December 1999 Internet2 These slides are available from the U-M I2 Web page:
Unit 5 Terminology Study Assignment Review Computer Technology
High Performance Internet Service at the University of Michigan April 2000 Internet2 These slides are available from the U-M I2 Web page:
Title or Title Event/Date Presenter, PresenterTitle, Internet2 Network Virtualization & the Internet2 Innovation Platform To keep our community at the.
U OF C Information Technologies Network Services Group Voice Services Network Operations Security Services.
Computers © 2005 Prentice-Hall, Inc.Slide 1. Computers Chapter 6 Networks and Networking © 2005 Prentice-Hall, Inc.Slide 2.
UW Campus Network Upgrade Terry Gray Director, Networks & Distributed Computing University of Washington Oct 12, Internet2 Meeting.
The Office of Information Technology Welcomes the Chinese National Natural Science Foundation.
University of Kansas A KTEC Center of Excellence 1 Victor S. Frost Director, Information & Telecommunication Technology Center Dan F. Servey Distinguished.
14 July 2000TWIST George Brett NLANR Distributed Applications Support Team (NCSA/UIUC)
Internet2 A Project of the University Corporation for Advanced Internet Development Ted Hanss Director, Applications Development VIEWNET April 1998.
Knowledge Environments for Science and Engineering: Current Technical Developments James French, Information and Intelligent Systems Division, Computer.
Survey Coordinator Orientation For Technology Provider Surveys California State University IT Operations & Support Services.
What is a Computer Network? Two or more computers which are connected together.
Broader Impacts in Proposal Writing Sally Bond Assistant Director of Research Development Services Proposal Coordination Office of the Vice President for.
Network Evolution in Virginia Leslie Carter, Department of Information Technology Patricia Jackson, Virginia Tech.
SCINET The South Carolina Information Network A Gathering of State Networks St. Louis, Missouri April 17, 2000 Tom Fletcher Deputy Director Office of Information.
Business Data Communications, Stallings 1 Chapter 1: Introduction William Stallings Business Data Communications 6 th Edition.
National LambdaRail, Higher Education and the Future of Regional Optical Networks Dr. Robert Zimmerman, Director Computing Services University of Arkansas.
Global High Performance Networks N+I Tokyo’98 Session Chair : Kilnam Chon Speakers : George Strawn / NSF US Next Generation Internet Projects.
November 18, 1999 Internet 2 Mike Rackley Head of Information Technology Services
Copyright ©Universalinet.Com, LLC 2009 Implementing Secure Converged Wide Area Networks ( ISCW) Take-Aways Course 1: Cable (HFC) Technologies.
Networks Computer Technology. Network A computer network, or simply a network, is a collection of computers and other hardware components interconnected.
Communications Pool FY ’06 Marla Meehl Friday, 10/21/05 NETS – Network Engineering & Telecommunications Section Enterprise Services Computer Security.
Overview of the vBNS and Other Related Initiatives Dr. Samir Chatterjee CIS Department Georgia State University
New Mexico High Speed Networking Projects October 13, 2005 Fall 2005 CHECS Conference Gary Bauerschmidt, UNM Norma Grijalva, NMSU.
Robert (Bob) E. Kahn Inventor of the Internet. Background Information Born in Brooklyn, New York on December 23, 1938 Earned M.A. and Ph.D. degrees from.
The Research and Education Network: Platform for Innovation Heather Boyles, Next Generation Network Symposium Malaysia 2007-March-15.
Florida International UniversityAMPATH AMPATH Julio E. Ibarra Director, AMPATH Global Research Networking Summit Brussels, Belgium.
Internet2 Fall Conference October 4, 2001 Partnering for Success MAX – Qwest Alliance Builds a High Performance Network in the Washington, D.C. Metro Area.
Top Issues Facing Information Technology at UAB Sheila M. Sanders UAB Vice President Information Technology February 8, 2007.
VBNS Workshop Georgia State University Room 600 Classroom South August 22, :00-4:00 pm
Testbeds:bridges from research to infrastructure Ashkan sobhani.
What kind of technical infrastructure would be required? Team 4 I.T.
Update. Internet2 Update2 Brief History Internet2 project 1996 Formed University Corporation for Advanced Internet Development UCAID developed national.
National Computational Science Boston UniversityNational Computational Science Alliance Access Grid Conference Facility At Boston University Jennifer Teig.
DataTAG Research and Technological Development for a Transatlantic Grid Abstract Several major international Grid development projects are underway at.
The Quilt GENI Operations Workshop July 22-23, 2010 La Jolla, CA.
EDUCAUSE 2005 Annual Conference October 19, 2005.
Technology Environment for Teaching and Learning Carl Harris, Jeff Crowder Task Force on Instructional Technology.
Internet 2 Applications Update Ted Hanss 8 October 1997 Washington D.C. Ted Hanss 8 October 1997 Washington D.C.
Introduction to Internet2 Laurie Burns Director of Member Activities, Internet2 AN-MSI Internet 2 Planning Conference University of Texas at El Paso April.
Data Activation Model (10/100BaseT Switched) Fiber from Router or Switch Building Entrance Fiber Patch Panel Cat-5 Patch Panel Vertical Distribution via.
Scalable Bandwidth on Demand: A New Model for the Era of Entitlement? Educause Mid-Atlantic Regional Conference January 17, 2003 Gregory D. Palmer Jennifer.
Presentation to EDUCAUSE Mid-Atlantic Regional Conference Anthony Conto, Ph.D. Executive Director, MAX Copyright Anthony Conto, 2001.
STATE OF THE NETWORK 2000 Bill Mitchell (800) Missouri Research & Education Network.
Mark Johnson Current Organization Participants –Academic (Duke, UNC, NCSU, WFU) –Industry (Cisco, Nortel, IBM, Alcatel, Time-Warner, Interpath)
Research & Education (R&E) Networking Warren Matthews (Georgia Tech).
Internet Essentials.
December 10, 2003Slide 1 International Networking and Cyberinfrastructure Douglas Gatchell Program Director International Networking National Science Foundation,
NETWORKING & SYSTEM UPDATES
Abilene Overview and Connectivity Options NSF-HPNC Proposal Preparation Workshop Heather Bruning, Abilene Program Manager 12 April 2002.
The Egyptian Academic Research Network Dina Barakat EUN Vice Director Cairo - Egypt 4 Nov The Egyptian Academic Research Network Dina Barakat EUN.
Leveraging Research University Innovation Erv Blythe VP for Information Technology February 17, 2005.
Marietta Center for Advanced Academics: Grades 3-5 IDF This “mini-IDF” connects to the Media Ctr IDF MDF The media ctr. IDF connects everything in the.
21 st Century Network Project Status Approximately 18 months ago work began on the 21st Century Network Project. This project encompasses many facets of.
 In the 1960s, ARPANET (Advanced Research Projects Agency Network), the internet’s predecessor, was invented  ARPANET used two technologies that are.
Utah Education Network Current Status February 2005.
Internet2. Yesterday’s Internet  Thousands of users  Remote login, file transfer  Applications capitalize on underlying technology.
Abilene: Everything You’ve Always Wanted to Know, but Couldn’t Find on the Web Site Brown Bag Session Heather Bruning, Abilene Program Manager 13 August.
APAN Meeting Douglas Gatchell US NSF/CISE/SCI July 4, 2004.
COMPUTER NETWORKS CS610 Lecture-20 Hammad Khalid Khan.
Internet2 Applications & Engineering Ted Hanss Director, Applications Development.
Network Management Checking Performance + Traffic & Configuration
The Internet and Its Applications
ICG BRAN Extension Marla Meehl NCAR 07/17/02.
Networking and Telecommunications
THE INDIANA TELECOMMUNICATIONS NETWORK
Presentation transcript:

Campus View of I2 Tim Sigmon Director, Advanced Technology University of Virginia

I2 Components u Connectivity and bandwidth delivery –wallplate and building –campus backbone –gigaPOP u Applications –infrastructure R & D –research –instruction u at least $500,000 per year (+ $25,000 dues)

Connectivity at UVa u 5 year rewiring project began in 1992 –first 2 years put fiber to all buildings –next 3 years rewired all buildings –Cat 5 twisted pair plus coax for cable video –wallplates provide voice, data, and video u backbone recently upgraded to OC-12 ATM (622 Mbps) u building-level networks moving from shared 10 Mbps to switched 10/100 Mbps

The RIC GigaPOP u Distributed gigaPOP based on Network Virginia u Network Virginia (NWV) is a statewide ATM network u UVa, VT, and ODU each received NSF Connections grants for the initial vBNS connection u Operational since August, 1997 u

The Mid-Atlantic Crossroads (MAX) u MetaPOP that will serve as an aggregation and exchange point for advanced network services u Participants –RIC –WREN –Maryland GigaPOP –SURA –Bell Atlantic –GTE u Will connect to Project Abilene u

Legion: Worldwide Virtual Computer u Multimillion dollar R&D project in the Computer Science department u Provide the illusion of a single virtual computer u Encompass computers ranging from workstations to supercomputers located anywhere in the world u A key enabling technology: high bandwidth networks with advanced services u Technology partner in NPACI (led by SDSC) u

Institute for Advanced Technology in the Humanities u Supports research in the Arts and Humanities using state-of-the-art technology u Fellows are given extensive technology support; both equipment and technical professionals u Has supported several dozen fellows (at various levels) over the past 5 years u Projects tend to have extensive multimedia requirements u Advanced software applications developed u

Instructional Applications u TTI - the Teaching and Technology Initiative u Supports up to 12 Fellows per year u Provides resources for educational innovation –time –technical support –access to new teaching technologies –software to create multimedia instructional tools –hardware for development and presentation of materials u