Description
- numerical error and stability
- floating point number systems
- interpolation
- approximation by splines
- differential equations
- fast Fourier transforms
- solution of linear equations
These topics will be presented in the context of specific applications to image processing, analysis of data, and scientific modeling and visualization.
General Information
Date/time: MWF 11:30-12:20pm, MC4040
Date/time: MWF 9:30-10:20am MC2035
Date/time: MWF 4:30-5:20pm, MC2034
Announcements
The final exam is tomorrow at 12:30. Please don't miss it.
Last names starting with A-L in DC1350.
Last names starting with M-Z in DC1351.
Good luck everyone!
Hi All,
If you would like to send a remarking request for A4, please send a email indicating your student id, the question you request remarking and the photos of your cover page and your original solution, to Li Liu and Ellen Arteca (l47liu@uwaterloo.ca, earteca@uwaterloo.ca).
Just a reminder that the office hour will be changed to 12:00 to 14:00 tomorrow, location is still DC2555G.
I will hold the following office hours leading up to the exam.
Today, Apr 3, 1-2pm.
Friday, Apr 7, 1-2pm.
Monday, Apr 10, 1-2pm.
Tuesday, Apr 11, 4-5pm.
Hopefully most students will be able to make this time slot.
A3 marks are released. You can get your physical copy back on tomorrow's (Friday, March 31st) class.
Note that your marks only appear under "Grades" item, but not under "Dropbox".
We will be taking a few minutes in class today to do the course evaluations.
If you are able, please bring a laptop, tablet, or other web-enabled device in order to fill them out.
As usual, you can find the evaluations website at:
Please do your best to fill them out carefully and thoroughly, as they are used by instructors to improve our teaching and the course itself, and by the department to evaluate instructors' teaching performance. Your honest feedback is greatly appreciated!
Also, for those who might have enrolled in one section but attended another, note that your evaluation should be for the instructor whose section you are officially enrolled in.
I have been asked a lot about what Q4 means. Just to clarify, you need to form a complex signal, such that the Fourier transform of the two real signals can be obtained somehow from the Fourier transform of the complex signal. quote @223
| Name | Office Hours | |
|---|---|---|
Christopher Batty | When? Where? | |
George Labahn | When? Where? | |
Li Liu | When? Where? | |
Junnan Chen | When? Where? | |
Yongqi An | When? Where? | |
Yuhao (Kyle) Xie | When? Where? | |
Ellen Arteca | When? Where? |