June 24, M | Introduction | A 1 out |
June 25, T | Programming in MATLAB | |
June 26, W | Errors | |
June 27, T | Floating Point Numbers | Registration Deadline |
June 28, F | Polynomial Interpolation | |
July 1, M | Vandermonde/Newton | A 1 due, 2 out |
July 2, T | Piecewise Interpolation | |
July 3, W | Linear/Cubic Hermite | |
July 4, T | No Class | |
July 5, F | Cubic Splines | Add Course Deadline |
July 8, M | Numerical Integration | A 2 due, 3 out |
July 9, T | Newton-Cotes | |
July 10, W | Composite Rules | Change Credit/Grade Deadline |
July 11, T | Adaptive Quadrature | |
July 12, F | Review | A 3 due Drop Course Deadline |
July 15, M | Midterm Exam, at the classroom | A 4 out |
July 16, T | Matrices and Operations | |
July 17, W | Linear Systems and LU | |
July 18, T | Least Squares | |
July 19, F | QR and Givens | |
July 22, M | Cholesky | A 4 due, 5 out |
July 23, T | Finding Roots | |
July 24, W | Minimize Function of One Variable | |
July 25, T | Minimize Multivariate Functions | |
July 26, F | Solve Non-Linear Systems | |
July 29, M | Initial Value Problems | A 5 due, 6 out |
July 30, T | Euler /Backward Euler | |
July 31, W | Runge-Kutta Methods | |
Aug. 1, T | Adam Methods | A 6 due |
Aug. 2, F | Review | |
Aug. 5, M | No Class | |
Aug. 6, T | Final Exam | 10:30am at the classroom |
If you plan to work on your own stand alone computer or at a lab other than the assigned ones, here is the source code for the examples:
You uncompress and untar with the unix command:
zcat SCMV.tar.gz | tar xfv -
It is highly recommended you get and use zcat.