Grid Computing For Scientific Discovery

03.07.02


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Table of Contents

Grid Computing For Scientific Discovery

Overview

Before the Grid: the Web

DESY and The Grid

Things Heard Recently… (Jenny Schopf)

What is a Grid?

What Are Computing and Data Grids?

The Grid

The Grid Problem (Foster et al)

Why Grids? Some Use Cases (Foster et al)

Grids for High Energy Physics!

DESY had one of the first Grid Applications!

ZEUS Funnel

Funnel is a Computational Grid

CMS Grid-enabled Production: MOP

CMS Grid-enabled Production

GriPhyN Data Grid Architecture

Grid enables access to large non-CMS resources

Grids for HEP Analysis?

ZEUS ZARAH vs. Grid

Grid-enabled Data Analysis: CMS/Caltech SC2001 Demo

Distributed Analysis: CLARENS

CLARENS Architecture

US CMS Testbed

e.g.: Authorization, Authentication, Accounting

VO Tools

Brief Tour Through Major HEP Grid Projects

Data Grid Project Timeline

“Infrastructure” Data Grid Projects

PPDG Collaboratory Pilot

GriPhyN

European Data Grid (EDG)

iVDGL Summary Information

HEP Grid Coordination Effort (HICB)

Global Grid Forum GGF

HEP Related Data Grid Projects

Brief Tour of the Grid World

Grid Computing in the (excessively) concrete

Major Grid Toolkits in Use Now

Grids Are Real and Useful Now

Deployment: Virtual Data Toolkit

VDT released

The Grid World: Current Status

The Evolution of Grids

The Evolution of Grids: Services

“Web Services” and “Grid Services”

What else is Missing?

Grids at the Labs

The Labs have to be involved

Possible role of the Labs

Example: Authentication/Authorization

Follow Evolving Technologies and Standards

Role of DESY IT Provider(s) is Changing

Possible DESY Focus

The Need for Science Grids

Architecture of a Grid

PPT Slide

DESY e-Science

Conclusions

The Future?

Author: Claudio Grandi

Email: bauerdick@fnal.gov

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