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=== Help Sessions=== | === Help Sessions=== | ||
Revision as of 16:15, 28 November 2008
Contents
Rhea Section for ECE 301 division 1, Fall 2008
Are you familiar with Categories
Add [[Category:ECE 301]] at the top of each article to include it in the ECE 301 category. You may also do the same to include it in the Fall 2008 category, and the mboutin category. In fact, you can add any category you want.
Course Details
Professor: Mimi Boutin
Lecture: MWF 4:30PM in EE129
Course Website: course webpage
Please send Prof. Mimi your feedback regarding the new Rhea skin.
Histograms for test 1 and test 2:
TA Office Change
The TA's office is now in MSEE 383 instead of EE 116.
LaTeX Did 'ya Know?
You can align multi-line equations. Look at the source for the below equation to find out how.
$ \begin{align} \bar f(x) &= \oint_S g(x) dx \\ &= \int_a^b g(x) dx \\ &= \frac{\mu_0}{2 \pi a \cdot b} \end{align} $
Best of Rhea
Please post a link to the pages that you believe belong to the "best of" this course wiki. This will be used to generate a "Best of Rhea" page for all of Rhea.
Course Related Material
Lecture Notes and Class Feedback
- Lecture 1: Intro; Example of DT signal (text) and system (enigma machine).
- Lecture 2: Example of CT signal (sound); Creating sounds in Matlab; Example of linear system.
- Lecture 3: Transformation of Independent Variables
- Lecture 4:
- Lecture 5: Cascading Systems
- Lecture 6: Causality, Stability, Time Invariance
- Lecture 7:
- Lecture 8:
- Lecture 9:
- lecture10_ECE301Fall2008mboutin:
- lecture11_ECE301Fall2008mboutin:
- Lecture 17: FTs and the f response, differential equations
- Lecture 18
- Lecture 19: TA Example Session w/ DT Fourier Transforms and inverses
Exams
- Post your solved practice exam no. 1 (pdf files) here.
- One graded Fall 2006 practice Exam 2 waiting for more input and comments.
- Another solution (scanned)
- Some Exercises to get ready for the second exam
- A mystery about complex number: why is $ e^{j 2\pi t} $ not equal to one? More precisely, why can't one say that $ e^{j 2\pi t}=(e^{j 2 \pi})^t= 1^t =1 $? Please discuss here
Key Points
Key points summarizing the entire class
- Table of Formulas and Properties_ECE301Fall2008mboutin
- Mathematical explanation of Linearity and Time-invariance_ECE301Fall2008mboutin
- Mimi's key points_ECE301Fall2008mboutin
- What are all these symbols?!_ECE301Fall2008mboutin (Quick reference to commonly-used symbols in class.)
Homework Related Stuff
Turn in your homework on these pages.
- Homework 1 related stuff
- Homework 2 related stuff
- Homework 3 related stuff
- Homework 4 related stuff
- Homework 5 related stuff
- Homework 6 related stuff
- Homework 7 related stuff
- Homework 8 related stuff
- Homework 9 related stuff
- Homework 10 related stuff
- Homework 11 related stuff
Help Sessions
Content covered in the Tuesday help sessions will be posted here.
- Session 1: 9/2/2008: Phasors, Energy, Power, and Geometric Series Updated
- Session 2: 9/9/2008:
- Session 2: 9/16/2008:
Out of class "Exercises"
Area to post questions asked of the students to figure out between lectures and the answers to the questions.
- Exercise 1: 9/8/2008: Time Invariance
Non-Course Related Material
Rhea How to's
- How to add elements to a page_ECE301Fall2008mboutin
- Rhea works very much like Kiwi. So if you want to learn how to edit this Rhea wiki, you can watch the Kiwi instructional video.
- Comprehensive list of LaTeX commands (LaTeX is how you write the math-y stuff between "< math >" and "< /math >".)
