This shows you the differences between two versions of the page.
| Both sides previous revision Previous revision Next revision | Previous revision Last revision Both sides next revision | ||
|
projects:asphalt [2009/07/08 19:39] pollock |
projects:asphalt [2011/08/24 13:17] sprenkle [Publications] |
||
|---|---|---|---|
| Line 1: | Line 1: | ||
| ====== Integrated Approach to Improving Performance of MPI Programs ====== | ====== Integrated Approach to Improving Performance of MPI Programs ====== | ||
| - | The concept of "Beowulf" clusters, or cheap clusters formed by a network of workstations, increased dramatically the performance-over-price ratio in the high performance computing world. Nevertheless, many domain scientists and engineers using such clusters, have realized that the performance they can actually harness is only a fraction of what is available. Two reasons are mainly responsible for this effect. First, the level of complexity required for the communication of an application to be optimized for a particular cluster makes such optimizations out of reach for most non-expert systems programmers. At the same time the lack of portability experienced by applications tuned for specific cluster, led most domain scientists and engineers to follow high-level generic communication solutions in their applications. In this project we are trying to use compiler technology to automatically fine tune applications while preserving the simplicity experienced by the programmer. | + | The concept of "Beowulf" clusters, or cheap clusters formed by a network of workstations, increased dramatically the performance-over-price ratio in the high performance computing world. Nevertheless, many domain scientists and engineers using such clusters have realized that the performance they can actually harness is only a fraction of what is available. Two reasons are mainly responsible for this effect. First, the level of complexity required for the communication of an application to be optimized for a particular cluster makes such optimizations out of reach for most non-expert systems programmers. At the same time the lack of portability experienced by applications tuned for a specific cluster led most domain scientists and engineers to follow high-level generic communication solutions in their applications. In this project we use compiler technology to automatically fine-tune applications while preserving the simplicity experienced by the programmer. |
| Some of the research contributions have been: | Some of the research contributions have been: | ||
| Line 22: | Line 22: | ||
| [[http://servo.cs.wlu.edu/dspace/simple-search?query=((project:Cluster)+AND+(project:Computing)+AND+(project:Optimization)+AND+(author:Pollock))&header=Cluster+Computing&title=Cluster+Computing+Publications&primSort=Date&submit=Go|Complete List of Our Publications]] | [[http://servo.cs.wlu.edu/dspace/simple-search?query=((project:Cluster)+AND+(project:Computing)+AND+(project:Optimization)+AND+(author:Pollock))&header=Cluster+Computing&title=Cluster+Computing+Publications&primSort=Date&submit=Go|Complete List of Our Publications]] | ||
| + | [[http://servo.cs.wlu.edu/pubs/handle/id/244/browse?value=Optimization+of+Parallel+Applications+for+Cluster+Computing&type=project&sort_by=2&order=DESC|New Repository: Complete List of Our Publications]] | ||
| ===== Contributors ===== | ===== Contributors ===== | ||
| * **Faculty**: Lori Pollock, Martin Swany | * **Faculty**: Lori Pollock, Martin Swany | ||
| * **Ph.D. Students**: Antonios Danalis | * **Ph.D. Students**: Antonios Danalis | ||
| - | * **Undergraduates**: | ||
| * **Collaborators**: John Cavazos, University of Delaware | * **Collaborators**: John Cavazos, University of Delaware | ||
| * **Past Undergraduate Students**: Lewis Fishgold, Ki-Yong Kim, Aaron Brown | * **Past Undergraduate Students**: Lewis Fishgold, Ki-Yong Kim, Aaron Brown | ||
