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ORCIDISSAC 2003: Philadelphia, Pennsylvania, USA
- J. Rafael Sendra:
Symbolic and Algebraic Computation, International Symposium ISSAC 2003, Drexel University, Philadelphia, Pennsylvania, USA, August 3-6, 2003, Proceedings. ACM 2003, ISBN 1-58113-641-2 - Michael P. Barnett:
Chemistry and computer algebra: past, present, future. 1-2 - Erich L. Kaltofen
:
Polynomial factorization: a success story. 3-4 - Reinhard C. Laubenbacher:
A computer algebra approach to biological systems. 5-6 - Sergei A. Abramov, Ha Q. Le, Marko Petkovsek:
Rational canonical forms and efficient representations of hypergeometric terms. 7-14 - F. Aroca, J. Cano, Françoise Jung:
Power series solutions for non-linear PDE's. 15-22 - Abdolali Basiri, Jean-Charles Faugère:
Changing the ordering of Gröbner bases with LLL: case of two variables. 23-29 - James C. Beaumont, Russell J. Bradford, James H. Davenport:
Better simplification of elementary functions through power series. 30-36 - Alin Bostan, Grégoire Lecerf, Éric Schost:
Tellegen's principle into practice. 37-44 - Delphine Boucher, Philippe Gaillard, Felix Ulmer:
Fourth order linear differential equations with imprimitive group. 45-49 - Frederick W. Chapman:
An elementary algorithm for the automatic derivation and proof of tensor product identities via computer algebra. 50-57 - Thomas Cluzeau:
Factorization of differential systems in characteristic p. 58-65 - Gene Cooperman, Eric Robinson:
Memory-based and disk-based algorithms for very high degree permutation groups. 66-73 - Ruchira S. Datta:
Using computer algebra to find nash equilibria. 74-79 - Wayne Eberly:
Early termination over small fields. 80-87 - Richard J. Fateman:
High-level proofs of mathematical programs using automatic differentiation, simplification, and some common sense. 88-94 - Richard J. Fateman, Raymond Toy:
Converting call-by-reference to call-by-value: Fortran and Lisp coexisting. 95-102 - Anne Fredet:
Factorization of linear differential operators in exponential extensions. 103-110 - Keith O. Geddes, Wei Wei Zheng:
Exploiting fast hardware floating point in high precision computation. 111-118 - Jürgen Gerhard, Mark Giesbrecht, Arne Storjohann, Eugene V. Zima:
Shiftless decomposition and polynomial-time rational summation. 119-126 - Pascal Giorgi, Claude-Pierre Jeannerod, Gilles Villard:
On the complexity of polynomial matrix computations. 135-142 - Joris van der Hoeven:
Relaxed mltiplication using the middle product. 143-147 - Evelyne Hubert, Nicolas Le Roux:
Computing power series solutions of a nonlinear PDE system. 148-155 - Alexander Hulpke, Steve Linton:
Total ordering on subgroups and cosets. 156-160 - Erich L. Kaltofen, John P. May:
On approximate irreducibility of polynomials in several variables. 161-168 - Wolfram Koepf:
Power series, Bieberbach conjecture and the de Branges and Weinstein functions. 169-175 - Viktor Levandovskyy, Hans Schönemann:
Plural: a computer algebra system for noncommutative polynomial algebras. 176-183 - Scott McCallum:
On order-invariance of a binomial over a nullifying cell. 184-190 - Elizabeth L. Mansfield, Ágnes Szántó:
Elimination theory for differential difference polynomials. 191-198 - Ludovic Meunier, Bruno Salvy:
ESF: an automatically generated encyclopedia of special functions. 199-206 - Manfred Minimair:
Factoring sparse resultants of linearly combined polynomials. 207-214 - Gregory J. Reid, Jianliang Tang, Lihong Zhi:
A complete symbolic-numeric linear method for camera pose determination. 215-223 - Mohab Safey El Din, Éric Schost:
Polar varieties and computation of one point in each connected component of a smooth real algebraic set. 224-231 - Tateaki Sasaki:
The subresultant and clusters of close roots. 232-239 - Andreas Seidl, Thomas Sturm:
A generic projection operator for partial cylindrical algebraic decomposition. 240-247 - Tanush Shaska:
Determining the automorphism group of a hyperelliptic curve. 248-254 - Ulrich Vollmer:
A note on the hermite basis computation of large integer matrices. 255-257 - Paul S. Wang, Norbert Kajler, Yi Zhou, Xiao Zou:
WME: towards a web for mathematics education. 258-265 - Zhonggang Zeng:
A method computing multiple roots of inexact polynomials. 266-272
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