• Laszlo Babai, Dept. Computer Science, U. Chicago.
• Peter A. Brooksbank, Dept. Mathematics, Bucknell.
• Heiko Dietrich, Dept. Mathematics, Monash.
• Bettina Eick, Dept. Mathematics, Dept. Mathematics, Tech. U. Braunschweig.
• Uriya First, Dept. Mathematics, U. Haifa.
• Joshua A. Grochow, Dept. Computer Science, U. Colorado.
• Eugene M. Luks, Dept. Computer Science, U. Oregon.
• Joshua Maglione, Dept. Mathematics, Kent State U.
• Takunari Miyazaki, Dept. Computer Science, Trinity College.
• E.A. O'Brien, Dept. Mathematics, U. Auckland.
• Youming Qiao, Center for Quantum Software and Info., U. Technology Sydney.
• David J. Rosenbaum, Dept. Computer Science, U. Tokyo.
• Michael Vaughan-Lee, Dept. Mathematics, Christ Church, Oxford.

Computer Algebra Systems

• GAP: Groups Algorithms Programming.
  All-purpose computer algebra system with strengths in permutation group algorithms, Lie thoery, and combinatorics.
• Magma.
  All-purpose computer algebra system with strengths in number theory, matrix group algorithms, (non-)associative algebra, and algebraic geometry.
• Sage.
  All-purpose computer algebra system with strengths in visualization, number theory, and educational tools.

Linear Algebra Software

• BLAS: Basic Linear Algebra Subprograms.
  Specific emphasis on linear algebra algorithms in floating point arithmetic.
• LinBox: Exact computational linear algebra.
  Specific emphasis on linear algebra algorithms in finite fields an integers.

Commutative Algebra Software

• Bertini.
  Numerical polynomial system solver.
• Singular.
  All-purpose commutative algebra package specializing in Grobner bases, polynomial factorization, and root finding.

Combinatorial Isomorphism Software

• nauty and Trace.
  Graph isomorphism software through depth-first search and automorphism pruning, among other methods.