Introduction to Gröbner Bases I (univariate case, simplification)
Introduction to Gröbner Bases II (multivariate case, term ordering)
Introduction to Gröbner Bases III (Buchberger’s algorithm)
Introduction to Gröbner Bases IV (fundamental applications, including robot control)
Introduction to Gröbner Bases V (instability of Buchberger’s algorithm)
Theory of Floating-Point Gröbner Bases I (interval arithmetic and interval-coefficient polynomials)
Theory of Floating-Point Gröbner Bases II (stabilization theorem for Buchberger’s algorithm)
Theory of Floating-Point Gröbner Bases III (stabilized Buchberger’s algorithm)
Theory of Floating-Point Gröbner Bases IV (termination and correctness of the above algorithm)
Theory of Stabilization of Algebraic Algorithms I (data sets, structured functions, and structured algorithms)
Theory of Stabilization of Algebraic Algorithms II (algebraic algorithms)
Theory of Stabilization of Algebraic Algorithms III (partially ordered sets, gauges, approximation, convergence, and stability)
Theory of Stabilization of Algebraic Algorithms IV (bracket coefficients, rewriting magic, and discontinuity sets of predicates)
Theory of Stabilization of Algebraic Algorithms V (stabilization methods and theorems, with examples)
Review and summary: assessment of learning outcomes and explanation of course content

