Teaching / Course archive

Math 170C: Spring 2007

Numerical analysis of ODE

Course Record

Institution
UCSD
Term
Spring 2007
Level
undergraduate
Topics
numerical analysis, ODE, analysis

Overview

Numerical ordinary differential equations course at UCSD covering numerical differentiation and integration, numerical ODE solvers, stability, difference equations, and boundary value problems.

MATLAB was the official mathematical software and programming tool.

Schedule and Topics

Date Topic
Apr 2 Finite difference formulas for approximate differentiation.
Apr 9 Newton-Cotes formulas: trapezoid, midpoint, Simpson, open and composite formulas.
Apr 18 Gauss-Legendre quadrature.
Apr 20 Initial value problems, existence and uniqueness, and Euler's method.
Apr 27 Systems of ordinary differential equations, higher order equations, and the physical pendulum.
May 2 Runge-Kutta methods and the Hodgkin-Huxley neuron.
May 16 Multistep methods: Adams-Bashforth, Adams-Moulton, and predictor-corrector methods.
May 21 Boundary value problems and shooting methods.
May 23 Finite difference methods for linear boundary value problems.
Jun 4 Galerkin method and finite elements.
Jun 15 Final exam.

Topic List

Books and Related Pages

Books

Assignments and Projects

Assignments and Exams

Archive Note

The recovered page listed many MATLAB file names; the files themselves are not present in the local public archive.