Math 5-385     Fall 2000
Course Syllabus

Math 5385 (Intro to Computational Algebraic Geometry)
MWF 11:15 AM
Vincent 311

Instructor: Professor Joel Roberts

Text: Ideals, varieties and Algorithms(2nd edition), by Cox, Little, and O'Shea. Springer, 1997

Class webpage: http://www.math.umn.edu/~roberts/math5385/
Check this page regularly for important information about the class
and for software downloads and instructions.

Subject matter:

  1. Affine varieties (particularly curves in 2 and surfaces and curves in 3), parametrizations, ideals.
  2. Monomial orderings, division algorithm, Gröbner bases and basic properties.
  3. Applications of Gröbner bases: elimination theory, singular points, envelope of a family of curves, etc.
  4. Introduction to some theory in algebraic geometry.
  5. Polynomial and rational functions on a variety.

Prerequisite:

Sophomore level linear algebra, and polynomials in several variables including partial derivatives -- for instance, Math 2243/63 or Math 2373/74.

Required work:

Grading policies:

Other policies:


Comments and questions to:  roberts@math.umn.edu


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