• S.A.Abramov, H.Le , M.Petkovšek:
  Rational Canonical Forms and Efficient Representations of Hypergeometric Terms
• F.Aroca, J.Cano , F.Jung:
  Power series solutions of PDE's
• A.Basiri, J.C.Faugere:
  Changing the ordering of Groebner bases with LLL: case of two variables
• J.Beaumont, R.Bradford, J.Davenport:
  Better Simplification of Elementary Functions Through Power Series
• A.Bostan , G.Lecerf, E.Schost:
  Tellegen's Principle into Practice
• D.Boucher , Ph.Gaillard, F.Ulmer:
  Fourth order linear differential equations with imprimitive group
• F.Chapman:
  An elementary algorithm for the automatic derivation and proof of tensor product identities via computer algebra
• T.Cluzeau:
  Factorization of Differential Systems in Characteristic p
• G.Cooperman , E.Robinson:
  Memory-Based and Disk-Based Algorithms for Very High Degree Permutation Groups
• R.Datta:
  Using Computer Algebra to Compute Nash Equilibria
• W.Eberly:
  Early Termination over Small Fields
• R.Fateman:
  High-level Proofs of Mathematical Programs Using Automatic Differentiation Simplification, and some Common Sense
• R.Fateman , R.Toy:
  Converting Call-by-reference to Call-by-value: Fortran and Lisp coexisting
• A.Fredet:
  Local factorization of linear differential operators in exponential extensions
• K.O.Geddes , W.W.Zheng:
  Exploiting Fast Hardware Floating Point in High Precision Computation
• J.Gerhard , M.W.Giesbrecht, A.Storjohann, E.V.Zima:
  Shiftless decomposition and polynomial-time rational summation
• M.Giesbrecht , Y.Zhang:
  Factoring and Decomposing Ore Polynomials over Fq(t)
• P.Giorgi, C.P.Jeannerod, G.Villard:
  On the complexity of polynomial matrix computations
• J.Van Der Hoeven:
  Relaxed multiplication using the middle product
• E.Hubert, N.Le Roux:
  Computing the power series solutions of a nonlinear PDE system
• A.Hulpke , S.Linton:
  Total ordering on subgroups and cosets
• E.Kaltofen, J.May:
  On approximate irreducibility of polynomials in several variables
• W.Koepf:
  Power Series, Bieberbach Conjecture and the de Branges and Weinstein Functions
• V.Levandovskyy , H.Schönemann:
  Plural - a computer algebra system for noncommutative polynomial algebras
• S.McCallum:
  On Order-Invariance of a Binomial Over a Nullifying Cell
• E.L.Mansfield, A.Szanto:
  Elimination theory for differential difference polynomials
• L.Meunier , B.Salvy:
  ESF: An Automatically Generated Encyclopedia of Special Functions
• M.Minimair:
  Factoring Sparse Resultants of Linearly Combined Polynomials
• G.Reid, J.Tang, L.Zhi:
  A Complete Symbolic-Numeric Linear Method for Camera Pose Determination
• M.Safey El Din, E.Schost:
  Polar varieties and computation of one point in each connected component of a smooth real algebraic set
• T.Sasaki:
  The Subresultant and Close Roots
• A.Seidl , T.Sturm:
  A Generic Projection Operator for Partial Cylindrical Algebraic Decomposition
• T.Shaska:
  Computing the automorphism group of hyperelliptic curves
• U.Vollmer:
  A note on the Hermite basis computation of large integer matrices
• P.Wang, N.Kajler, Y.Zhou, X.Zou:
  WME: Towards a Web for Mathematics Education
• Z.Zeng:
  Computing multiple roots of inexact polynomials