Table of Contents:
  • Introductory Remarks on Computer Algebra
  • Basic Notations and Ideas: A Historical Account
  • Basic Computational Problems and Their Solution
  • An Introduction to SINGULAR
  • Practical Session I
  • Practical Session II
  • Constructive Module Theory and Homological Algebra I
  • Homological Algebra II
  • Practical Session III
  • Solving Systems of Polynomial Equations
  • Primary Decomposition and Normalization
  • Practical Session IV
  • Algorithms for Invariant Theory
  • Computing in Local Rings
  • Practical Session V.