Date | Topic |
---|---|
Jan 6 |
Syllabus |
Jan 8 |
Taylor Series Optional Self-Study: Tools (gnuplot, Matlab, and SciPy) |
Jan 13 |
Monte Carlo Methods |
Jan 15 |
Random Numbers |
Jan 20 |
No Class - MLK Day |
Jan 22 |
Numeric Integration |
Jan 27 |
Errors |
Jan 29 |
Vector, Matrix, and Linear Systems |
Feb 3 |
1D Finite Difference |
Feb 5 |
2D Finite Difference |
Feb 10 |
Bandwidth and Renumbering |
Feb 12 |
Gaussian Elimination LU Decomposition |
Feb 17 |
No Class - Presidents' Day |
Feb 19 |
Iterative Solvers Steepest Decent and Conjugate Gradient |
Feb 24 |
Midterm Review |
Feb 26 |
Midterm Exam |
Mar 3 |
Introduction to Meshing |
Mar 5 |
Introduction to Meshing (cont.) |
Mar 10 |
No Class - Spring Break |
Mar 12 |
No Class - Spring Break |
Mar 17 |
Introduction to Visualization and Perception |
Mar 19 |
Introduction to Visualization
and Perception (cont.) |
Mar 24 |
Interpolation |
Mar 26 |
Scalar Field Visualization Using Isosurfacing |
Mar 31 |
Scalar Field Visualization Using Volume Visualization |
Apr 2 |
Vector Field Visualization |
Apr 7 |
Flex Day |
Apr 9 |
Guest Lecturer TBD - Image Analysis |
Apr 14 |
Guest Lecturer TBD - Information Visualization |
Apr 16 |
Guest Lecturer TBD - Machine Learning and Data Mining |
Apr 21 |
Guest Lecturer TBD - Introduction to SCI Institute |
Apr 23 |
Last Day of Class |
Apr 29 |
Final Exam (1-3pm) |