|
Size: 1489
Comment:
|
Size: 1692
Comment:
|
| Deletions are marked like this. | Additions are marked like this. |
| Line 11: | Line 11: |
| * We are currently seeking feedback on our survey of existing graph theory software. * We hope to begin the initial benchmarks this week. These will deal mostly with construction / storage / retrieval and basic algorithms. * On Friday, October 20th Robert Miller will be giving a talk in PDL C-401 on graph theory and optimal algorithms. The talk is at 4? 5? Somebody that knows the correct time should put it in... |
* We are currently seeking feedback on our [http://sage.math.washington.edu:9001/graph_survey survey] of existing graph theory software. * We hope to begin the initial [http://sage.math.washington.edu:9001/graph_benchmark benchmarks] this week. These will deal mostly with construction / storage / retrieval and basic algorithms. * On Friday, October 20th Robert Miller will be giving a talk in PDL C-401 at 4:00pm. The talk will cover what we found for existing graph theory software, as well as some implementation issues. The first round of benchmarking should also be finished by then, the results of which will be shared. There will also be a short discussion of graphs in an abstract mathematical context. |
| Line 19: | Line 19: |
| * We have attempted to make a complete list of existing graph theory software. We posted functionality lists and some algorithm/construction summaries. We are very interested in feedback or last-minute additions, as we are ready to begin benchmarking our findings. === Initial Benchmark Results === |
* We have attempted to make a complete list of existing graph theory software. We posted functionality lists and some algorithm/construction summaries. We are very interested in feedback! === Benchmarks === |
| Line 22: | Line 22: |
| * Our initial tests are designed to compare the constructions and very basic functionality found in our survey of existing software. At this stage in the game, we are testing to find the best way to construct graph objects in SAGE. | * Our initial tests are designed to compare the constructions and very basic functionality found in our survey of existing software. At this stage in the game, we are testing to find the best way to represent graph objects in SAGE. |
Introduction
The SAGE Graph Theory Project aims to implement Graph objects and algorithms in ["SAGE"].
The main people working on this project are Emily Kirkman, Robert Miller and Bobby Moretti.
Current Status
We are currently seeking feedback on our [http://sage.math.washington.edu:9001/graph_survey survey] of existing graph theory software.
We hope to begin the initial [http://sage.math.washington.edu:9001/graph_benchmark benchmarks] this week. These will deal mostly with construction / storage / retrieval and basic algorithms.
- On Friday, October 20th Robert Miller will be giving a talk in PDL C-401 at 4:00pm. The talk will cover what we found for existing graph theory software, as well as some implementation issues. The first round of benchmarking should also be finished by then, the results of which will be shared. There will also be a short discussion of graphs in an abstract mathematical context.
Wiki Pages
Survey of Existing Software
- We have attempted to make a complete list of existing graph theory software. We posted functionality lists and some algorithm/construction summaries. We are very interested in feedback!
Benchmarks
- Our initial tests are designed to compare the constructions and very basic functionality found in our survey of existing software. At this stage in the game, we are testing to find the best way to represent graph objects in SAGE.
- We will post results on the wiki as we get them. And as always, we love feedback!