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| 9-12: (optional) early-bird coffee, bagels, etc. 12-1 lunch at a designated restaurant 1:30 - 2:30 talk on improvements made to SAGE 3:00 - 4:00 talk on what SAGE needs in order to improve 4:30 - 5:00 strategy session 5:00 - 7:00 coding sprints 7:00 - 9:00 dinner 9:00 - very late: coding sprints |
* 9-12: (optional) early-bird coffee, bagels, etc. * 12-1 lunch at a designated restaurant * 1:30 - 2:30 talk on improvements made to SAGE * 3:00 - 4:00 talk on what SAGE needs in order to improve * 4:30 - 5:00 strategy session * 5:00 - 7:00 coding sprints * 7:00 - 9:00 dinner * 9:00 - very late: coding sprints |
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| * Sarah Billey (TBA) * Charles Doran (June 17 at 11am) * Randy Leveque (TBA) * Jim Morrow * Paul Beame (June 16 at 3pm): ''Proof complexity involving semi-algebraic sets and lift and project problems for linear and semi-definite programming.'' |
* William Stein (UW Math): '''State of the SAGE project''' * David Harvey (Harvard Math): '''FLINT and Fast Polynomial Arithmetic''' * Sarah Billey (UW Math): TBA * Henry Cohn (Microsoft Research, June 13): TBA * Charles Doran (UW Math, June 17 at 11am) * Randy Leveque (UW Applied Math): TBA * Jim Morrow (UW Math): Graph theory and electrical networks. * Paul Beame (UW Computer Science, June 16 at 3pm): ''Proof complexity involving semi-algebraic sets and lift and project problems for linear and semi-definite programming.'' * Carl Witty (Newton Research Labs, June 16): '''Fast real root isolation''' (tentative) |
Daily schedule
Schedule for [:days4: SAGE Days 4].
- 9-12: (optional) early-bird coffee, bagels, etc.
- 12-1 lunch at a designated restaurant
- 1:30 - 2:30 talk on improvements made to SAGE
- 3:00 - 4:00 talk on what SAGE needs in order to improve
- 4:30 - 5:00 strategy session
- 5:00 - 7:00 coding sprints
- 7:00 - 9:00 dinner
- 9:00 - very late: coding sprints
Talks
William Stein (UW Math): State of the SAGE project
David Harvey (Harvard Math): FLINT and Fast Polynomial Arithmetic
- Sarah Billey (UW Math): TBA
- Henry Cohn (Microsoft Research, June 13): TBA
- Charles Doran (UW Math, June 17 at 11am)
- Randy Leveque (UW Applied Math): TBA
- Jim Morrow (UW Math): Graph theory and electrical networks.
Paul Beame (UW Computer Science, June 16 at 3pm): Proof complexity involving semi-algebraic sets and lift and project problems for linear and semi-definite programming.
Carl Witty (Newton Research Labs, June 16): Fast real root isolation (tentative)