Efficient scheduling of scientific workflows in a high performance computing cluster.
Roger S. BargaDan FayDean GuoSteven NewhouseYogesh L. SimmhanAlexander S. SzalayPublished in: CLADE (2008)
Keyphrases
- high performance computing
- scientific workflows
- scientific computing
- computational science
- massively parallel
- computing systems
- data analysis
- energy efficiency
- fault tolerance
- cost effective
- scheduling problem
- database systems
- computing environments
- grid computing
- fault tolerant
- parallel computing
- parallel machines
- computing resources
- resource allocation
- knowledge acquisition