Computer Algebra

In 1995-96 the following courses will be offered:


Dynamical Systems

• Perturbation theory (H. Broer)
  
• Time series (F. Takens)
  
• Dynamical problems (Y. Kuznetsov)
  
• Symmetry I (S. van Gils)
  
• Symmetry II (M. Field)
  
• Resonance (A. Neihstadt)
  
• Mechanics (R. Cushman)
  
• Infinite-dimensional systems I (E. van Groesen)
  
• System theory (H. Nijmeijer, A. van der Schaft)
  
• Continuation methods (E. Doedel)
  
• Infinite-dimensional systems II
  
• KAM theory (J. Poschel)

Algebraic K-theory, Number Theory and Topology

• Classical algebraic K-theory (F. Keune)
  
• K-theory seminar: Examples and variations (F. Clauwens, F. Keune)
  
• Algebraic number theory (J. Top)
  
• Algebraic topology (M. van der Put)
  
• Symbols in arithmetic (F. Keune)
  
• K-theory and homotopy theory (F. Clauwens)
  
• Cyclotomic fields (J. Brinkhuis)
  
• Seminar: Generators and relations in K-theory (F. Clauwens, W. van der Kallen)
  

Computer Algebra

• Basic algorithms I and II (A. Levelt, T. Mulders)
  
• Geometry: differential and algebraic (P. Kersten, J. Stienstra)
  
• Exercise session (P. Gragert, T. Mulders)
  
• Geometrical and computational aspects of differential equations (P. Kersten, G. Post, P. Gragert)
  
• Grobner bases in algebra and geometry (A. Cohen, W. van der Kallen)
  
• Computational number theory (F. Beukers)
  
• Seminar (F. Beukers, A. Levelt, M. van der Put, J. Top)