Computing Fabrics (1998-2003)

On May 19, 2003: Eric Lundquist, Editor-in-Chief of eWeek, recognized that IBM's On-Demand Computing, HP's Adaptive Enterprise, and Sun's N1 are all movements towards Computing Fabrics as we first predicted them in 1998.

On January 7, 2002: eWeek called our 1998 Computing Fabrics Cover Story "Prescient"
and declared The Grid, a subset of Computing Fabrics, "The Next Big Thing".

Riding the
Third Wave


In the News 2002-2004

Computing's Next Wave 1998
(The First Report)

The Next Big Thing 2002
Computing Fabrics & Grids

The Three Waves of Computing

Architecture

Defined & Compared

Resources

Conferences & Workshops

The Bigger Picture

 

Computing Fabrics and Clusters
 

 

 
Illustrated Comparison to Clusters
Clusters-VS-ComputingFabrics

Clusters of SMPís.

Despite clustering, multiprocessors exhibit rigid system boundaries -- hard and fast limits on scalability.

COMPUTING FABRICS - Time 1, 2, 3

A Computing Fabric consists of richly interconnected nodes Ė consisting of processors, memory, and storage - out of which tightly coupled systems, called cells, can dynamically form, unform, and reform. At Time 1 four distinct cells can be seen: a cell of green nodes, an orange cell, and two purple cells. As time progresses the green cell shrinks, the orange cell grows larger, ultimately fissioning into two cells, and the two small purple cells fuse and expand to form a large cell. Cells themselves can loosely couple with each other through the fabric. These fluid dynamics enable Computing Fabrics to easily scale to meet enterprise challenges and beyond.

Infomaniacs Home


Updated October 5, 1998

 

By Linda Von Schweber
& Erick Von Schweber

Copyright 1996-2004 by Infomaniacs. All Rights Reserved.
Updated May 28, 2003