photo of BDS
David Saunders
High performance exact linear algebra computation: algorithms and implementation:    LinBox, a C++ template library for dense and sparse matrices over the integers and over finite rings, is found at github.com/linbox-team.
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Email: saunders@udel.edu
Snail mail: Dept of Computer and Information Sciences / College of Engineering / University of Delaware / Newark / DE / 19716

Computer Algebra Research:

  • Recent talk on {0,1}-matrices: the Four Russians and Mailman methods slides(pdf).
  • A publication list, some brief abstracts, vitae(pdf). math.unm.edu/aca.html
  • ACA, Conferences on Applications of Computer Algebra. 2019: Montreal, Canada, July 16-20.
  • PASCO, International Workshop on Parallel Symbolic Computation.
  • ISSAC, International Symposium on Symbolic and Algebraic Computation. 2019: Beihang U., Beijing, China, July 15-18.
  • LinBox, a C++ template library for exact linear algebra.
  • SIGSAM is the ACM Special Interest Group on Symbolic and Algebraic Manipulation.
  • ILAS is the International Linear Algebra Society.
  • Journal of Symbolic Computation.

    Student Activity Links:

  • Programming contests, Annual ACM Collegiate Programming Contests (and others).
  • ACM (no current link) is UDel's student chapter of the Association for Computing Machinery.
  • CISGSA, Computer Science Graduate Student Association.
  • CISters A group of undergraduate, graduate, and faculty women in technology-driven fields at the University of Delaware
  • LUG, the Linux Users Group.
  • UPE (old link), Upsilon Pi Epsilon, is the international honor society for the Computing Sciences.

    Misc. links

  • My courses past.
  • Clippings from the input stream,
  • The Standard Template Library.
  • Take a walk with the Wilmington Trail Club.
  • Promote cycling in Newark with BikeNewark

    I study computationalgebraicomputation. ...You get the idea: something to do with computing and something to do with pushing mathematical symbols around. The words are run together to indicate the fact that the practice of algebra and of computing have much in common, the more so in the discipline called Computer Algebra. I am specifically interested in computational exact linear algebra, (matrix problems where the entries are integers and/or expressions in parameters and indeterminates and where exact, complete solutions are sought). To that end I care about anything it takes: algorithms, languages, machines, system design issues, parallel and distributed computing, ....


    B. David Saunders, Professor Emeritus, Department of Computer Science, University of Delaware