11. AAECC 1995: Paris, France

Invited Contributions

• Leonid A. Bassalygo:
  Supports of a Code. 1-3
  
• Christof. Benecke, Roland Grund, Reinard Hohberger, Adalbert Kerber, Reinhard Laue, Thomas Wieland:
  Chemical Isomerism, a Challenge for Algebraic Combinatorics and for Computer Science. 4-20
  
• Iiro S. Honkala, Simon Litsyn, Aimo Tietäväinen:
  On Algebraic Methods in Covering Radius Problems. 21-32
  
• Luis Miguel Pardo:
  How Lower and Upper Complexity Bounds Meet in Elimination Theory. 33-69
  
• Arnold Schönhage:
  Bivariate Polynomial Multiplication Patterns. 70-81
  

Submitted Contributions

• Joachim Apel:
  Division of Entire Functions by Polynomial Ideals. 82-95
  
• Alexei E. Ashikhmin, Alexander Barg, Gérard D. Cohen, Llorenç Huguet i Rotger:
  Variations on Minimal Codewords in Linear Codes. 96-105
  
• Inées Armendáriz, Pablo Solernó:
  On the Computation of the Radical of Polynomial Complete Intersection Ideals. 106-119
  
• Thomas Beth, Hakam Kalouti, Dejan E. Lazic:
  Which Families of Long Binary Lianea Codes Have a Binomial Weight Distribution? 120-130
  
• Anton Betten, Adalbert Kerber, Axel Kohnert, Reinhard Laue, Alfred Wassermann:
  The Discovery of Simple 7-Designs with Automorphism Group PTL (2, 32). 131-145
  
• Irina E. Bocharova, Boris D. Kudryashov:
  Fast Exponentation in Cryptography. 146-157
  
• Peter Boyvalenkov, Ivan N. Landgev:
  On Maximal Spherical Codes I. 158-168
  
• Antoine Colin:
  Formal Computation of Galois Groups with Relative Resolvents. 169-182
  
• Pasqualina Conti, Carlo Traverso:
  A Case of Automatic Theorem Proving in Euclidean Geometry: the Maclane 8₃Theorem. 183-193
  
• Harald Fripertinger, Adalbert Kerber:
  Isometry Classes of Indecomposable Linear Codes. 194-204
  
• Marc Giusti, Joos Heintz, Jose Enrique Morais, Luis Miguel Pardo:
  When Polynomial Equation Systems Can Be "Solved" Fast?. 205-231
  
• Laureano González-Vega, Guadalupe Trujillo:
  Using Symmetric Functions to Describe the Solution Set of a Zero Dimensional Ideal. 232-247
  
• Hans-Gert Gräbe:
  Triangular Systems and Factorized Gröbner Bases. 248-261
  
• Gaétan Haché:
  Computation in Algebraic Function Fields for Effective Construction of Algebraic-Geometric Codes. 262-278
  
• Masaaki Harada, Vladimir D. Tonchev:
  Singly-Even Self-Dual Codes and Hadamard Matrices. 279-284
  
• Hoon Hong:
  Implicitization of Curves Parameterized by Generalized Trigonometric Polynomials. 285-296
  
• Yukihiro Kamiya, Takayuki Miki, Yoshihiro Iwadare:
  Randomness Properties of Partial \gamma-\beta Planes as LSI Test Inputs and their Implementations. 297-311
  
• E. Kolev:
  Mixed Covering Codes with Two Binary and Four Ternary Coordinates. 312-322
  
• Pierre-Vincent Koseleff:
  About Approximations of Exponentials. 323-333
  
• Jérôme Lacan, Emmanuelle Delpeyroux:
  A Note on Normal Bases. 334-340
  
• Françoise Levy-dit-Vehel, Simon Litsyn:
  On the Covering Radius of Long Goppa Codes. 341-346
  
• Guillermo Matera:
  Integration of Multivariate Rational Functions Given by Straight-Line Programs. 347-364
  
• Marc Moreno Maza, Renaud Rioboo:
  Polynomial Gcd Computations over Towers of Algebraic Extensions. 365-382
  
• Quyen L. Nguyen, David H. Wood:
  Displacements of Matrix Products. 383-392
  
• Ariane Péladan-Germa:
  Testing Identities of Series Defined by Algebraic Partial Differential Equations. 393-407
  
• Brahim Sadik:
  The Complexity of Formal Resolution of Linear Partial Differential Equations. 408-414
  
• Shojiro Sakata, Masazumi Kurihara:
  A Fast Parallel Implementation of the Berlekamp-Massey Algorithm with a One-D Systolic Array Architecture. 415-426
  
• P. Schapira:
  Tomography of Constructible Functions. 427-435
  
• Jirung Albert Shih:
  On the Determination of Formal Solutions of a System of Partial Differential Equations. 436-447
  
• Patrick Solé:
  D₄, E₆, E₈ and the AGM. 448-455
  
• Annick Valibouze:
  Computation of the Galois Groups of the Resolvent Factors for the Direct and Inverse Galois Problems. 456-468
  
• Jacques-Arthur Weil:
  First Integrals and Darboux Polynomials of Homogeneous Linear Differential Systems. 469-484