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| * 10:00-10:20 Hampton - Solutions, bounds, and finiteness of polynomial systems in Sage. | * 10:00-10:20 Hampton - [[http://sage.math.washington.edu/home/wdj/sagedays/ams2009/talks/hampton-celest-mech-sage-ams2009.pdf | Solutions, bounds, and finiteness of polynomial systems in Sage]]. |
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| * 2:00- 2:20 Joyner/Miller - [[http://sage.math.washington.edu/home/wdj/sagedays/ams2009/talks/miller-joyner-ams2009wdc-Sage-coding-theory.pdf | Coding theory and combinatorics in Sage]]. | * 2:00- 2:20 Joyner/Miller - [[http://sage.math.washington.edu/home/wdj/sagedays/ams2009/talks/miller-joyner-ams2009wdc-Sage-coding-thry.pdf | Coding theory and combinatorics in Sage]]. |
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| * 3:30- 3:50 Bard - Ultra-sparse matrix reduction to reduced row-echelon form for matrices over GF(2) | * 3:30- 3:50 Bard - [[http://sage.math.washington.edu/home/wdj/sagedays/ams2009/talks/bard_miller-linalg-talk.pdf | Ultra-sparse matrix reduction to reduced row-echelon form for matrices over GF(2)]] |
AMS Special Session on Sage and Mathematical Research Using Open Source Software
The purpose of this session is to bring together those who develop and/or use or would like to use the mathematical software system Sage and related open source software in their research. The Sage session abstracts will be published in the CCA.
Organizers
David Saunders, University of Delaware, <saunders@udel.edu>
David Harvey, New York University, <dmharvey@cims.nyu.edu>
David Joyner, U.S. Naval Academy, <wdjoyner@gmail.com>
The time slots scheduled are:
- Thursday, January 8, 2009: 8:00-10:50 AM
- Thursday, January 8, 2009: 1:00-5:50 PM
Attendees (tentative)
Jason Grout, Iowa State University <jason-sage@creativetrax.com>
- Kiran Kedlaya, MIT
Nathan Ryan <nathan.ryan@bucknell.edu>
Karl Crisman <Karl.Crisman@gordon.edu>
Gregory Bard, Fordham, <bard@fordham.edu>
Marshall Hampton <mhampton@d.umn.edu>
Qing Xiang <xiang@math.udel.edu>
Robert Miller, University of Washington, <rlmillster@gmail.com>
Dan Roche, Univ. Waterloo, droche@cs.uwaterloo.ca
AMS session webpage
Tentative schedule
- 8:00- 8:20 Crisman - Undergraduate research in the mathematics of voting and choice using Sage.
- 8:30- 8:50 Grout - Sage in an early-graduate research course investigating the minimum rank problem
9:00- 9:20 Harvey - zn_poly: a library for polynomial arithmetic.
- 9:30- 9:50 Roche - Fast multiplication with low space complexity.
10:00-10:20 Hampton - Solutions, bounds, and finiteness of polynomial systems in Sage.
- 10:30-10:50 Kaltofen - Rump’s model problem and the computer search for records in number theory.
- 1:00- 1:20 Ryan - Siegel modular forms in Sage.
- 1:30- 1:50 Noel - Nilpotent orbits associated to Coxeter cells.
2:00- 2:20 Joyner/Miller - Coding theory and combinatorics in Sage.
- 2:30- 2:50 Villard - Numerical analysis tools for LLL lattice basis reduction. (cancelled - sorry)
- 3:00- 3:30 break
3:30- 3:50 Bard - Ultra-sparse matrix reduction to reduced row-echelon form for matrices over GF(2)
4:00- 4:20 Xiang - Modular ranks of the adjacency matrices of strongly regular graphs arising from semifields.
- 4:30- 4:50 Saunders - On matrix rank modulo small primes.