| Basics |   |
|---|---|
| Required Textbook | Funktionalanalysis by Dirk Werner. (6., korrigierte Auflage) Springer. |
| Course Homepage | http://www.math.sc.edu/~girardi/w7567.html |
| Prereq. | A grade of C or better in Math 756 or concent of the department. |
| Class Meetings | TTH 2:00PM- 3:15PM in LC 303B |
| Instructor Info | Office | Office Hours |
|---|---|---|
|
Prof. Girardi
girardi[at]math[dot]sc[dot]edu |
LeConte 309C
777-5237 | Thursdays after class
in LC 309C |
A note from Prof. Girardi about her office hours:
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||
| Dates | |||
|---|---|---|---|
| Mon | 12 | Jan | Classes begin |
| Fri | 16 | Jan | Last day to change a course schedule or drop without a W |
| Mon | 19 | Jan | No classes - Dr. Martin Luther King, Jr. Service Day |
| Mon | 23 | Feb | Last day to drop without a WF |
| Sun-Sun | 8-15 | March | No classes - Spring Break |
| Thur | 16 | April | Awards Day |
| Mon | 27 | April | Last day of classes |
| Tue | 28 | April | Reading Day |
| for some, your comps | Cumulative Final Exam | ||
Course Description / Material Covered. Selected topics from the textbook.
Collaboration. By all means you are encouraged to always be discussing Functional Analysis with whoever will listen to you. However, the work you submit must be your own. According to the USC Student Handbook code of student academic responsibility, the first law of academic life is intellectual honesty. This is expected of all of you. If you ever have any uncertainty about the ground rules, ask Prof. Girardi for clarification.
Homework. There will be many problems assigned, of which you are to do a reasonable subset of your choice.
Evaluation Policy. (subject to change) Your goal is to gain a working knowledge of the material; you have some personal freedom in this pursuit. Your grade will be determined by the number n of Satisfactory homework problems you turn in. The baseline score is indicated below (these thresholds may be lowered later if appropriate).
| F | D | C | B | A |
| 0 ≤ n < 10 | 10 ≤ n < 20 | 20 ≤ n < 30 | 30 ≤ n < 40 | 40 ≤ n ≤ ∞ |