The HW is due on Friday to the EE416 TA in Seig 126. You can hand it in earlier to Prof Ritcey (EE1 454) or Wei.
The scores of HWs or exams can be viewed through the GradeBook.

HW1 (due Oct. 9) Same pdf problem set as last year, please ignore the dates on the page. Solution.

HW2 (due Oct 16) is taken from the class text - see notes section if you need copies of the problems. Chapter 2 problems - 2.30,2.31,2.36,2.39 and Chapter 3 - 3.6. Solution.

HW3 (due Oct 23) is taken from the text -with some important extensions that are required. Chapter 3 problems: 3.7, and problems 3.5 and 3.9 . These last 2 problems must be solved with MATLAB. You must hand in your m-file and plots. Please write your own code to compute and plot the PMFs. Solution.

HW4 (due Oct 30) Chapter 3 Problems 3.12, 3.13, 3.18, 3.20, 3.31 and 3.35. Solution.

HW5 (due Nov 13) Problem 1 and Problem 3(a) in Project 3.2 Page 91~93 textbook; Problems 4.5, 4.6, 5.9, 5.25. Solution.

HW6 (due Weds Nov 25 in class) Problems 5.17, 5.20, 5.21, 5.22, 5.30, 5.36, 5.37; Project 5.1 textbook with data file containing 256 realizations of two-dimensional Gaussian random vectors. Solution.

HW7 (due by Fri Dec 4) Problems 5.3 5.18, 6.4, 6.7, 7.5 (use MATLAB for (a),(b)). Problems 5.30 and 5.38 ae not assigned.Solution.

Final Project Information is on another site here

The midterm exam will be held in class on Wed Nov 4.
The previous Monday will be available for in-class review questions.
The exam will be closed book, but you can bring with 3 pages (two-sided of personal notes).
Midterm of 2008 and solution pdf
Midterm of 2009 and solution pdf

The final exam is closed book, some pages of personal will be allowed.
The final exam will be 8:30-10:20am Dec. 14. It will be roughly as long the midterm.
For more information, ask in class - Good Luck!
Final of 2008 and solution pdf
Final of 2009 and solution pdf

The following guidelines are provided to inform you of your TA's expectations when grading homework assignments:

1) For word problems, first explain how to set up the problem - interpret the given data to form equations or draw diagrams. Show your thinking process with a few sentences if that makes your solution clearer. If you don't do this but magically arrive at the correct answer, you might have a lot more explaining to do later on....

2) Use descriptive equations when starting your solution. For example, look at the following equation:
P[ Network works] = P[at least 2 links work] = 1 - P[no link works] - P[only 1 link works]
The equation set up shown above is precise and doesn't need any further explanation. Use a similar model when possible.

3) Present your solutions neatly and systematically. If your work is unorganized or hard to read, your TA will not be inclined to give you full credit.

4) Try not to skip steps. If a calculator was used, make sure you mention it.

Your grade will reflect how well the above guidelines were followed. If you have any questions/concerns about the grade you received on an assignment, please feel free to contact your TA.