Difference between revisions of "Driving Forces for GRID development"
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#[[Emergence of e-Science]] | #[[Emergence of e-Science]] | ||
#[[Need for common programming platform]] | #[[Need for common programming platform]] | ||
#[[Programming standards]] | |||
#[[Open Source]] | |||
#[[Data-intensive Computing]] | #[[Data-intensive Computing]] | ||
#[[Very large-scale simulation]] | #[[Very large-scale simulation]] | ||
#[[Virtual Integration]] | #[[Virtual Integration]] | ||
#[[Cost of Computer Resources]] | #[[Cost of Computer Resources]] | ||
#[[Reduce IT-infrastructure cost ]] | |||
#[[Dutch government stimulates Open Source software ]] | |||
#[[World Unification]] | |||
#[[(Idle) Computer Processing Power ]] | #[[(Idle) Computer Processing Power ]] | ||
#[[Network Bandwidth]] | #[[Network Bandwidth]] | ||
Revision as of 12:19, 17 March 2005
Here is a list of all the direct/indirect driving forces for past and future development of Grid.
- Peer-to-Peer Technology
- Parallel Computing
- Emergence of e-Science
- Need for common programming platform
- Programming standards
- Open Source
- Data-intensive Computing
- Very large-scale simulation
- Virtual Integration
- Cost of Computer Resources
- Reduce IT-infrastructure cost
- Dutch government stimulates Open Source software
- World Unification
- (Idle) Computer Processing Power
- Network Bandwidth
- Network Latencies
- The Increasing Use of Internet
- Increasing Use of e-Commerce
- Low cost of Internet Connections
- The rise of home entertainment systems
- Economics of scale