EE334   Syllabus   Policy   Objectives   Resources 
Date Announcement
23 April 2013 Sample final exams from 2011 and 2012 are now posted on the syllabus; these may be of use for you to prepare for the exam.
23 April 2013 Final exam information:

The final exam is scheduled for Saturday, 04 May 2013 from 1330 to 1630 with an alternate final exam scheduled for Wednesday, 08 May 2013 from 1930 to 2230. The alternate exam is available only if you meet the requirements specified in ACDEANNOTE 1531 dated 28 Feb 13. You must obtain approval from your instructor prior to missing the scheduled final exam.

You are allowed to use three sides of paper for your equation/note sheets: either three single-sided or one two-sided and one single-sided. These equation/note sheets must be your own work and must be hand-written by you; you must turn in your formula sheet with your exam. You may find your equation/note sheets from the 6- and 12-week exams suitable for this purpose… Note that your instructor may reduce your final exam score if your formula sheets violate this standard or are not submitted with your final exam.

You may use your your own FE-approved calculator during the exam but should make sure that you follow any specific exam directions about solution method or showing your work (which may preclude use of the calculator for that problem). Note that you must use your own calculator and may not share a calculator with another student during the exam; you are advised to bring spare batteries (or even a backup calculator if you are concerned about it) to avoid an unpleasant calculation breakdown… during the exam.

The exam covers all material in the course, whether covered in class or not, and will include a combination of true–false, multiple-choice, matching, short-answer, and open (calculation) problems. Course material includes the reading assignments (in both the Hambley 5/e textbook and the USNA supplement), lectures (including the lecture handouts), labs, 6- and 12-week exams, and problem sets. The homework solutions and lecture handouts (don't forget to look at the annotated versions) may also be useful as they include problem solutions and notes that may help you understand the material better. The EE334 course objectives document is a great place to go to make sure that you are not missing a topic. And there are two example final exams posted to give you some ideas on the kinds of questions that you might see.

The following are the room assignments for the final exam Saturday, 04 May 2013 at 1330, listed by individual sections; note that all rooms are on the Rickover lab deck—some rooms have changed from the 6- and 12-week exams so make sure that you doublecheck your room before you get lost on the day of the exam!

Section Instructor Room
1111 HOBBS RI-008
1112 NELSON RI-009
2122 HOBBS RI-010
3311 RUDD RI-065
4321 RAKVIC RI-012
4322 SARKADY RI-064
5511 RUDD RI-063
5512 NELSON RI-013
6521 SARKADY RI-062
6522 NGO RI-014

If you are approved to take the alternate final exam scheduled Wednesday, 08 May 2013 at 1930, then you will probably be in a different classroom:

Section Instructor Room
All All RI-008

There are a number of great resources on the course web site as well as on the Hambley 5/e textbook web site; you may find the textbook website of particular value as it has video solutions, written solutions to exercise problems, and answers to both homework problems and the practice test problems. To access the textbook web site, follow the instructions and use the code on the inside front cover of your textbook.

A few words of advice. Studying for the exam: use the lesson objectives, work problems, and ask questions! You're encouraged to study in small groups—you can help each other through the rough spots and everyone will do better as a result. Taking the exam: Try to answer everything, make notes and move on if you get stuck, and consider the following mantra:

RTQ:Read the question
ATQ:Answer the question
SAW:Show all work

Good luck to all on the exam!!!!

23 April 2013 Network links that might be of interest:

XKCD's view of online communities.
Relational internet map.
    Same map with USNA as the center of the universe
Animated day–night connection map.
    Corresponding web page
    Corresponding paper
World routing map.
    Corresponding web page

Credits:   3–2–4
Description:   This course is a follow-on to EE331, Electrical Engineering I.  In this course, modeling and analysis techniques are applied to electronic communication systems including both analog and digital modulation and demodulation techniques.   In addition, students design and analyze combinational and sequential digital logic circuits.   An in-depth study of computer networking is included with specific emphasis on the OSI model and wireless systems.
Course Coordinator:   Kevin W. Rudd, Ph.D.
CAPT, USN
Maury Hall, Room 231
rudd@usna.edu
3–6155
Sections 3311 and 5511
Instructors:   Marissa C. Hobbs
LT, USN
Maury Hall, Room 353
hobbs@usna.edu
3–6165
Sections 1111 and 2122
Charles Nelson
LCDR, USN
Maury Hall, Room 352
cnelson@usna.edu
3–6164
Sections 1112 and 5512
Hau Ngo, Ph.D.
Assistant Professor
Maury Hall, Room 227
ngo@usna.edu
3–6179
Section 6522
Ryan N. Rakvic, Ph.D.
Associate Professor
Maury Hall, Room 212
rakvic@usna.edu
3–6166
Section 4321
Antal A. (Tony) Sarkady, Ph.D.
Professor
Maury Hall, Room 223
sarkady@usna.edu
3–6176
Sections 4322 and 6521
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United States Naval Academy • Department of Electrical and Computer Engineering
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