CASC 2003: Accepted Papers | ||
all Authors | Titel | Int. Nr. |
Hirokazu Anai and Pablo A. Parrilo | Convex Quantifier Elimination for Semidefinite Programming | 29 |
Alexander B. Aranson | Computation of Collections of Correlated Faces for Several Polyhedrons | 23 |
Thomas Bayer | Computing the Stratification of Actions of Compact Lie-Groups | 24 |
Yuri A. Blinkov, Carlos F. Cid, Vladimir P. Gerdt, Wilhelm Plesken, and Daniel Robertz | The Maple Package "Janet": I. Polynomial Systems | 8 |
Yuri A. Blinkov, Carlos F. Cid, Vladimir P. Gerdt, Wilhelm Plesken, and Daniel Robertz | The Maple Package "Janet": II. Linear Partial Differential Equations | 9 |
L.M. Camacho, J.R. Gomez, and A.J. Gonzales | Low Dimensional Naturally Graded No $p$-filiform Lie Algebras | 2 |
Carlo Cattani and Alexander N. Prokopenya | On the Stability of Exact Symmetrical Solutions in the Many-Body Problem | 39 |
Victor F. Edneral | Periodic Solutions of a Cubic ODE System | 37 |
Ioannis Z. Emiris and Victor Y. Pan | Improved Computation of Derminants and Resultants | 27 |
R. Esquivel-Sirvent and P.M. O'Leary | Symbolic Computation Applied to Surface Waves in Layered Elastic Media | 5 |
S. Fritzsche | Computer-Algebraic Techniques for Many-particle Physics | 35 |
V.G.Ganzha, D. Chibisov, E.V. Vorozhtsov | Object Oriented Modelling in Numerical Computation: Multigrid Calculations using Maple | 36 |
Vladimir Gerdt, Denis Yanovich and Miloslav Znojil | On Exact Solvability of Anharmonic Oscillators in Large Dimensions | 40 |
An.A. Gonchar, E.A. Grebenikov | Analytical Representations of Coordinates of Equilibrium Points in the Restricted Circular Many-Body Problem | 12 |
Laureano Gonzalez-Vega and Ioana Necula, Jaime Puig-Pey | Solving Intersection Problems With 3D Implicit Surfaces By Using Differential Equation Solving and Algebraic Techniques | 28 |
E.A. Grebenikov, E.V. Ikhsanov, N.I.Zemtsova | Linear Stability of Stationary Solutions of the Ring-Shaped Newton Ten-Body Problem | 3 |
Alexander Gusev, Yuri Ukolov, Nikolai Chekanov, Vitaly Rostovtsev, Yoshio Uwano and Sergue Vinitsky | The Program LINA for
Normalization of Polynomial Hamiltonians |
30 |
Valentin Irtegov and Tatyana Titorenko | On Modeling and Qualitative Investigation of Nonlinear Systems with the Aid of Computer Algebra | 11 |
Maki Iwami | Analytic Factorization of Multivariate Polynomial | 21 |
Vladimir V. Kornyak | Modular Algorithm for Computing Cohomology: Lie Superalgebra of Special Vector Fields on $(2|2)$-dimensional Odd Symplectic Superspace | 18 |
Ilias S.Kotsireas, Edmond Lau and Richard Voino | Implicitization of Polynomial Surfaces | 41 |
Luis M. Laita, Beatriz Lopez-Bravo, Eugenio Roanes-Lozano, Luis de Ledesma, Victor Maojo, Laura Laita | A Computer Algebra Based Knowledge System for Diagnosis and Treatment of Migraine | 1 |
Michal Mnuk | The Computer Algebra Web | 32 |
R.G. Moukharliamov | Modeling of Mechanical Systems and Inverse Problems of Differential Equations | 34 |
Kosaku Nagasaka | Neighborhood Irreducibility Testing of Multivariate Polynomials | 22 |
Haydar Kh. Ruzimuradov and Ulugbek H. Narzullaev | Computing of Minimum of Decomposable Fourth-Degree Form | 33 |
E. Rykhlinskaya and S. Fritzsche | Computer Algebraic Tools for Studying the Symmetry Properties of Molecules and Clusters | 7 |
Yosuke Sato, Akira Suzuki, Katsusuke Nabeshima | ACGB on Varieties | 14 |
Hiroyuki Sawada | Automatic Generation of Ranking of Variables for Efficient Computation of Gr\"obner Bases in Engineering Applications | 6 |
Andreas Seidl, Thomas Sturm | Boolean Quantification in a First-Order Context | 26 |
Werner M. Seiler and Andreas Weber | Deciding Ellipticity By Quantifier Elimination | 19 |
Akhmadjon Soleev | Newton Polyhedra and the Generalized Henon--Heiles System | 4 |
Akira Terui | Subresultants in Recursive Polynomial Remainder Sequence | 17 |
Peter Ullrich | An Extension of the Extension Theorem | 25 |
Yoshio Uwano | The Inverse Birkhoff-Gustavson Normalization of Non-Integrable Perturbed Harmonic Oscillators with Cubic Polynomial Potentials: A New Application of the Program ANFER | 10 |
Nikolay Vasiliev | Monomial Orderings, Young Diagrams and Gr\"obner Bases | 38 |
Volker Weispfenning | Gr\"obner Bases for Inexact Input Data | 20 |
Serguey Zemskov and Alexander Kouleshoff | General Solution of Hyperbolic Differential Equations with Constant Coefficients | 31 |