Table of Contents
The Importance and Impact of High-Performance Networks to Computational Science
The “Virtual Telescope” Vision
Five Emerging Models of Networked Parallelism From The Grid
Grid Computing
We Will Get big ISPs
US Internet Economy Grew 68% Last 12 Months--We Will Get big ISPs
The Dream of I-WAY at SC’95
We Dreamt of Streaming Digital Video, Multimedia, Supercomputing and Virtual Reality
PPT Slide
We Dreamt of Networked CAVE and ImmersaDesk Sites
PPT Slide
We Dreamt of Worldwide Collaborations STAR TAP: Doubling Bandwidth
We Dreamt of Persistent Networks
Use of NCSA Parallel Systems--Ramp Up Followed Application Development
We Have ~3 Years for Applications Development
So, in 2003... Will We Want Grid Computing?
Some Very Large Supercomputer Teams Require Grid Technologies for Big Runs
DWDM with CA*net3
Canadian Gigabyte Bioinformatics Resource Using CA*net3
NSF/ENG Network for Earthquake Engineering Simulation (NEES) Project
Models Of Networked Analysis At Regional Centers (MONARC)
PPT Slide
First Production Scale “Grid Physics Network” (GriPhyN)
Improving Severe Storm Forecasting: Using the Grid to Gather the Initial Data
The Grid Plus Capability Computing Brings High Resolution to Weather Forecasting
Next Step: Link NEXRAD Radars with Nested Simulation
PPT Slide
ASCI Corridors at a Distance
ASCI Corridors at a Distance
ASCI Corridors at a Distance
Media Streaming
Collaborative Computing
Collaboration: The Access Grid
Collaboration
What if There Were Only big ISPs by 2003?
What if There Were Only big ISPs by 2003?
What We Won’t Be Able To Do if There are Only big ISPs in 2003
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