Differences between revisions 66 and 67
⇤ ← Revision 66 as of 2007-02-06 13:32:37 →
Size: 3760
Editor: anonymous
Comment:
← Revision 67 as of 2008-11-14 13:41:49 → ⇥
Size: 3802
Editor: anonymous
Comment: converted to 1.6 markup
Deletions are marked like this. Additions are marked like this.
Line 3: Line 3:
Please see [http://modular.math.washington.edu/msri07/schedule.html the HTML schedule]. Please see [[http://modular.math.washington.edu/msri07/schedule.html|the HTML schedule]].
Line 11: Line 11:
   * 9:00 Clement Pernet (University of Waterloo): Parallelism perspectives for the LinBox library [attachment:pernet.pdf PDF slides]    * 9:00 Clement Pernet (University of Waterloo): Parallelism perspectives for the LinBox library [[attachment:pernet.pdf|PDF slides]]
Line 13: Line 13:
   * 10:30 Brian Granger (Tech X Corp): Interactive parallel computing using Python and IPython [attachment:GrangerMSRI.pdf PDF slides] [attachment:GrangerMSRIdemo.ipy Demo].    * 10:30 Brian Granger (Tech X Corp): Interactive parallel computing using Python and IPython [[attachment:GrangerMSRI.pdf|PDF slides]] [[attachment:GrangerMSRIdemo.ipy|Demo]].
Line 16: Line 16:
   * 11:30 Jean-Louis Roch (INRIA [http://moais.imag.fr Moais] / LIG, France): Processor-oblivious parallel algorithms with provable performances [http://www-id.imag.fr/~jlroch/perso_html/talks/2007-01-MSRI-Berkeley/2007-01-msri-procobliv.pps PPT slides (7.6MB)]
[http://www-id.imag.fr/~jlroch/perso_html/talks/2007-01-MSRI-Berkeley/roch-msri.pdf PDF (11MB)]
[http://www-id.imag.fr/~jlroch/perso_html/talks/2007-01-MSRI-Berkeley/ieeevr06-mov1.mpg MPEG video] 		    * 11:30 Jean-Louis Roch (INRIA [[http://moais.imag.fr|Moais]] / LIG, France): Processor-oblivious parallel algorithms with provable performances [[http://www-id.imag.fr/~jlroch/perso_html/talks/2007-01-MSRI-Berkeley/2007-01-msri-procobliv.pps|PPT slides (7.6MB)]]
[[http://www-id.imag.fr/~jlroch/perso_html/talks/2007-01-MSRI-Berkeley/roch-msri.pdf|PDF (11MB)]]
[[http://www-id.imag.fr/~jlroch/perso_html/talks/2007-01-MSRI-Berkeley/ieeevr06-mov1.mpg|MPEG video]]
Line 20: Line 20:
   * 1:30 Henry Cohn (Microsoft Research): Parallel computation tools for research: a wishlist [attachment:cohn.pdf PDF slides]    * 1:30 Henry Cohn (Microsoft Research): Parallel computation tools for research: a wishlist [[attachment:cohn.pdf|PDF slides]]
Line 26: Line 26:
   * 9:00 Kathy Yelick (UC Berkeley): Programming models for parallel computing [attachment:yelick.pdf PDF slides]    * 9:00 Kathy Yelick (UC Berkeley): Programming models for parallel computing [[attachment:yelick.pdf|PDF slides]]
Line 28: Line 28:
   * 10:30 Yozo Hida (UC Berkeley): Moving Lapack and ScaLapack to higher precision without too much work [attachment:hida.pdf PDF slides]    * 10:30 Yozo Hida (UC Berkeley): Moving Lapack and ScaLapack to higher precision without too much work [[attachment:hida.pdf|PDF slides]]
Line 32: Line 32:
   * 1:30 Anton Leykin (IMA, Minnesota): Parallel computation of Groebner bases in the Weyl algebra [attachment:leykin.pdf PDF slides]    * 1:30 Anton Leykin (IMA, Minnesota): Parallel computation of Groebner bases in the Weyl algebra [[attachment:leykin.pdf|PDF slides]]
Line 40: Line 40:
   * 9:00 Jason Martin (James Madison): MPMPLAPACK: The Massively Parallel Multi-Precision Linear Algebra Package [attachment:martin.pdf PDF slides]    * 9:00 Jason Martin (James Madison): MPMPLAPACK: The Massively Parallel Multi-Precision Linear Algebra Package [[attachment:martin.pdf|PDF slides]]
Line 42: Line 42:
   * 10:30 Bill Hart (Warwick): Parallel computation in number theory [attachment:FLINT-msri-talk.pdf PDF slides]    * 10:30 Bill Hart (Warwick): Parallel computation in number theory [[attachment:FLINT-msri-talk.pdf|PDF slides]]
Line 44: Line 44:
   * 11:30 Yi Qiang (U Washington): Distributed computing using SAGE [attachment:qiang.pdf PDF slides]    * 11:30 Yi Qiang (U Washington): Distributed computing using SAGE [[attachment:qiang.pdf|PDF slides]]
Line 46: Line 46:
   * 1:30 Robert Bradshaw (U Washington): Loosely dependent parallel processes [attachment:bradshaw-ipc-msri.pdf slides]    * 1:30 Robert Bradshaw (U Washington): Loosely dependent parallel processes [[attachment:bradshaw-ipc-msri.pdf|slides]]
Line 48: Line 48:
   * 2:00 Ilias Kotsireas (Laurier U, Canada): Combinatorial Designs: constructions, algorithms and new results [attachment:kotsireas.pdf PDF slides]    * 2:00 Ilias Kotsireas (Laurier U, Canada): Combinatorial Designs: constructions, algorithms and new results [[attachment:kotsireas.pdf|PDF slides]]
Line 54: Line 54:
   * 9:00 Jan Verschelde (UIC): Parallel homotopy algorithms to solve polynomial systems [http://www.math.uic.edu/~jan/Talks/parphc.pdf PDF slides]    * 9:00 Jan Verschelde (UIC): Parallel homotopy algorithms to solve polynomial systems [[http://www.math.uic.edu/~jan/Talks/parphc.pdf|PDF slides]]
Line 58: Line 58:
   * 11:30 David Bailey (Lawrence Berkeley Labs): Experimental mathematics and high-performance computing [attachment:bailey.pdf PDF slides]    * 11:30 David Bailey (Lawrence Berkeley Labs): Experimental mathematics and high-performance computing [[attachment:bailey.pdf|PDF slides]]
Line 60: Line 60:
   * 1:30 Thomas Wolf and Winfried Neun: Parallel sparsening and simplification of systems of equations [attachment:neun.ppt PPT slides (Neun)]    * 1:30 Thomas Wolf and Winfried Neun: Parallel sparsening and simplification of systems of equations [[attachment:neun.ppt|PPT slides (Neun)]]
Line 68: Line 68:
   * 10:30 Gene Cooperman (Northeastern U): Disk-based parallel computing: a new paradigm [attachment:cooperman.pdf PDF slides]    * 10:30 Gene Cooperman (Northeastern U): Disk-based parallel computing: a new paradigm [[attachment:cooperman.pdf|PDF slides]]

Schedule for the workshop

Please see the HTML schedule.

Slides

Monday, Jan 29

Theme: What do we want and what can we expect from applying parallel techniques to pure mathematics research tools?

  • 9:00 Clement Pernet (University of Waterloo): Parallelism perspectives for the LinBox library PDF slides

  • 10:30 Brian Granger (Tech X Corp): Interactive parallel computing using Python and IPython PDF slides Demo.

  • 11:30 Jean-Louis Roch (INRIA Moais / LIG, France): Processor-oblivious parallel algorithms with provable performances PPT slides (7.6MB)

PDF (11MB) MPEG video

  • 1:30 Henry Cohn (Microsoft Research): Parallel computation tools for research: a wishlist PDF slides

Tuesday, Jan 30

Theme: Algebra

  • 9:00 Kathy Yelick (UC Berkeley): Programming models for parallel computing PDF slides

  • 10:30 Yozo Hida (UC Berkeley): Moving Lapack and ScaLapack to higher precision without too much work PDF slides

  • 11:30 Alfred Noel (UMass Boston/MIT): Structure and representations of real reductive Lie groups: A computational approach

  • 1:30 Anton Leykin (IMA, Minnesota): Parallel computation of Groebner bases in the Weyl algebra PDF slides

  • 2:00 Vladimir Tonchev (Michigan Tech): Combinatorial designs and code synchronization

Wednesday, Jan 31

Theme: Number Theory

  • 9:00 Jason Martin (James Madison): MPMPLAPACK: The Massively Parallel Multi-Precision Linear Algebra Package PDF slides

  • 10:30 Bill Hart (Warwick): Parallel computation in number theory PDF slides

  • 11:30 Yi Qiang (U Washington): Distributed computing using SAGE PDF slides

  • 1:30 Robert Bradshaw (U Washington): Loosely dependent parallel processes slides

  • 2:00 Ilias Kotsireas (Laurier U, Canada): Combinatorial Designs: constructions, algorithms and new results PDF slides

Thursday, Feb 1

Theme: Geometry

  • 9:00 Jan Verschelde (UIC): Parallel homotopy algorithms to solve polynomial systems PDF slides

  • 10:30 Marc Moreno Maza (Western Ontario): Component-level parallelization of triangular decompositions

  • 11:30 David Bailey (Lawrence Berkeley Labs): Experimental mathematics and high-performance computing PDF slides

  • 1:30 Thomas Wolf and Winfried Neun: Parallel sparsening and simplification of systems of equations PPT slides (Neun)

Friday, Feb 2

Theme: Large-Scale Parallel Computation

  • 9:00 Alan Edelman (MIT): Interactive parallel supercomputing: Today: MATLAB(r) and Python coming cutting edge: symbolic parallelism with Mathematica(r) and MAPLE(r)

  • 10:30 Gene Cooperman (Northeastern U): Disk-based parallel computing: a new paradigm PDF slides

  • 11:30 Robert Harrison (Oak Ridge National Lab): Science at the petascale: tools in the tool box
  • 1:30 Samee Khan (U Texas, Arlington): Game theoretical solutions for data replication in distributed computing systems

msri07/schedule (last edited 2008-11-14 13:41:49 by anonymous)