Detailed Schedule -- Numerical Linear Algebra

Spring 2007, Prof. Little

As always, topics may be added, deleted, or rearranged during the course of the semester. Any changes will be announced in class and here.


DateClass Topic Reading (Watkins)
1/17Course introduction, how systems of linear equations arise in applications 1.1-1.2
1/19Linear equations in tomography (notes)
1/22Getting started with MATLAB 1.1-1.2
1/24Computer arithmetic and round-off error
1/26More on computer arithmetic and round-off
1/29Triangular systems, Cholesky factorization 1.3
1/31Computing Cholesky factorization 1.4
2/2``Banded'' and sparse examples 1.5-1.6
2/5Gauss elimination and A = LU factorization 1.7
2/7GE with row interchanges and pivoting 1.8
2/9Vector and matrix norms 2.1
2/12Condition numbers 2.2
2/14Error analysis 2.3 - 2.5
2/16More on error analysis 2.3 - 2.5
2/19Overdetermined systems and least squares 3.1
2/21Orthogonal matrices 3.2
2/23Reflection and rotation matrices 3.2
2/26QR factorization 3.2
2/28The QR algorithm 3.2
3/2More on the QR algorithm 3.2
3/5,7,9 No Class -- Spring Break 3.3-3.5
3/12QR and least squares 3.3
3/14Geometry of QR 3.4-3.5
3/16Spare Day 3.5
3/19The singular value decomposition (SVD) 4.1
3/21Applications of SVD 4.2
3/23SVD and least squares 4.3
3/26Eigenvalues and eigenvectors 5.1-5.2
3/28Power method and extensions 5.3
3/30Shifted power methods 5.3
4/2Symmetric eigenvalue problems and QR 5.4
4/4More on the symmetric eigenvalue problem 5.4
4/6,9No Class -- Easter Break 5.5
4/11Iterative methods for linear systems (Jacobi) 7.1
4/13Gauss-Seidel and generalizations 7.2
4/16Analyzing rates of convergence
4/18Spectral radius and Gershgorin's theorem
4/20Landweber iteration (notes)
4/23Applications in tomography
4/25Applications in tomography
4/27Applications in tomography
4/30 Course wrap-up

Last modified: January 10, 2007