MA/CSC 780 - Numerical Analysis II

You can download the course information here.
More information can be found on the course Moodle page.

Textbook:

Spring 2023 Tentative Course Schedule

Week 1

  • 01/09 Lecture 1: Welcome and Course Overview; Review of key concepts
  • 01/11 Lecture 2: Polynomial Interpolation
  • 01/13 Lecture 3: Lagrange Interpolation

Week 2

  • 01/16 Martin Luther King Jr. Day; No class
  • 01/18 Lecture 4: Polynomial Interpolation II
  • 01/20 Lecture 5: Polynomial Interpolation III

Week 3

  • 01/23 Lecture 6: Error Analysis of Polynomial Interpolation
  • 01/25 Lecture 7: Convergence of Polynomial Interpolation
  • 01/27 Lecture 8: Hermite Interpolation

** Homework 1 due Friday

Week 4

  • 01/30 Lecture 9: Piecewise Polynomial Interpolation
  • 02/01 Lecture 10: Piecewise Polynomial Interpolation II
  • 02/03 Lecture 11: Cubic spline

Week 5

  • 02/06 Lecture 12: Fourier Interpolation
  • 02/08 Lecture 13: Fourier Interpolation II
  • 02/10 Lecture 14: Least Squares Approximation

** Homework 2 due Friday

Week 6

  • 02/13 Lecture 15: Least Squares Approximation II
  • 02/15 Lecture 16: Least Squares Approximation III
  • 02/17 Lecture 17: Orthogonal polynomials

Week 7

  • 02/20 Lecture 18: Orthogonal polynomials II
  • 02/22 Lecture 19: Numerical Differentiation
  • 02/24 Lecture 20: Review

Week 8

  • 02/27 Midterm Exam
  • 03/01 Lecture 21: Numerical Integration I
  • 03/03 Lecture 22: Numerical Integration II

** Homework 3 due Monday

Week 9

  • 03/06 Lecture 23: Gauss Quadrature I
  • 03/08 Lecture 24: Gauss Quadrature II
  • 03/10 Lecture 25: Quadrature in multi-dimensions

Week 10

  • Spring break: 03/13 - 03/17

Week 11

  • 03/20 Lecture 26: Richardson Extrapolation
  • 03/22 Lecture 27: Ordinary Differential Equations
  • 03/24 Lecture 28: One Step Methods I

** Homework 4 due Friday

Week 12

  • 03/27 Lecture 29: One Step Methods II
  • 03/29 Lecture 30: Improved Euler Method
  • 03/31 Lecture 31: Two-stage methods; Runge-Kutta Methods

Week 13

  • 04/03 Lecture 32: Stability and Convergence
  • 04/05 Lecture 33: Stiff systems and A-stability I
  • 04/07 Lecture 34: Stiff system and A-stability II

** Homework 5 due Friday

Week 14

  • 04/10 Lecture 35: Method of lines methods for heat equation
  • 04/12 Lecture 36: Multistep Methods I
  • 04/14 Lecture 37: Multistep Methods II

Week 15

  • 04/17 Lecture 38: Special Topic
  • 04/19 Lecture 39: Special Topic
  • 04/21 Lecture 40: Special Topic

Week 16

  • 04/24 Lecture 41: Review
  • 04/25 - 04/26: Reading Days

** Homework 6 due Monday

Final Exam: Wednesday May 3, 2023, 8:30 am - 11:00 am