Difference between revisions of "Summer student projects"
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This page lists some projects for summer students, suitable e.g. for an REU student or Google Summer of Code students. Most of these projects are both self-contained and open-ended, and could be extended at will. | This page lists some projects for summer students, suitable e.g. for an REU student or Google Summer of Code students. Most of these projects are both self-contained and open-ended, and could be extended at will. | ||
| − | * Simfactory: | + | (Entry format: Subproject: Title [Required knowledge -- potential supervisor]) |
| − | * Carpet: Collect performance statistics of simulations, output | + | |
| + | ==Computer Science== | ||
| + | |||
| + | * Simfactory: Automate archiving of simulation results [Python -- Erik] | ||
| + | * Carpet: Collect performance statistics of parallel HPC simulations, output and display these [C++, MPI -- Erik] | ||
| + | * McLachlan: Collide black holes on a GPU [OpenCL -- Erik] | ||
| + | * Carpet: Design and implement a tree data structure for (integer) bounding boxes [C++ -- Erik] | ||
Revision as of 09:24, 28 February 2012
Projects for Summer Students
This page lists some projects for summer students, suitable e.g. for an REU student or Google Summer of Code students. Most of these projects are both self-contained and open-ended, and could be extended at will.
(Entry format: Subproject: Title [Required knowledge -- potential supervisor])
Computer Science
- Simfactory: Automate archiving of simulation results [Python -- Erik]
- Carpet: Collect performance statistics of parallel HPC simulations, output and display these [C++, MPI -- Erik]
- McLachlan: Collide black holes on a GPU [OpenCL -- Erik]
- Carpet: Design and implement a tree data structure for (integer) bounding boxes [C++ -- Erik]
