Description
Design of linear feedback control systems for command-following error, stability, and dynamic response specifications. Root-locus and frequency response design techniques. Examples from a variety of fields. Some use of computer aided design with MATLAB. Prerequisite: EE 102, ME 161, or equivalent.
General Information
Lecture Time and Location
MWF 9-9:50 am
370-370
370-370
Problem Session Time and Location
F 3:15-4:05
Hewlett 102
Hewlett 102
Textbook and MATLAB Software
Gene F. Franklin, J. David Powell, and Abbas Emami-Naeini, Feedback Control of Dynamic Systems, 6th Ed., Upper Saddle River, NJ: Pearson Prentice-Hall, 2010. ISBN: 978-0136019695. $206.50 new at the Stanford Bookstore, $157.50 new on Amazon. Also available on 4-hour reserve in the Engineering Library (TJ216 .F723 2010).
It is recommended that you purchase Matlab and Simulink Student Version Release 2012a (ISBN: 978-0982583852). Available at the Stanford Bookstore and for purchase directly from Mathworks. Approx. $100. You can also use older versions of Matlab, and Matlab can be accessed at no charge at various academic computing locations on campus.
It is recommended that you purchase Matlab and Simulink Student Version Release 2012a (ISBN: 978-0982583852). Available at the Stanford Bookstore and for purchase directly from Mathworks. Approx. $100. You can also use older versions of Matlab, and Matlab can be accessed at no charge at various academic computing locations on campus.
Assignments
Assignments are handed out or posted on the course webpage on Wednesdays and due by 4:00 pm the following Wednesday. Completed assignments can be submitted in class on Wednesdays or deposited in the box outside the door to the office area that includes 550-107 (Allison’s office).
The lowest assignment grade will not count toward the student’s course grade. Assignments will be docked 50% if turned in by 4:00 pm on Thursday (the day after the assignment is due). No credit will be given for assignments turned in after this time, since we need to post solutions. No extensions are given on assignments without 5-day prior notice.
Discussion of assignments and teamwork are encouraged, but each student must complete each assignment individually. MATLAB programs should not be shared. Do not use book solutions or solutions from previous years. The Stanford Honor Code applies to this course. (See http://studentaffairs.stanford.edu/judicialaffairs/policy/honor-code .)
The lowest assignment grade will not count toward the student’s course grade. Assignments will be docked 50% if turned in by 4:00 pm on Thursday (the day after the assignment is due). No credit will be given for assignments turned in after this time, since we need to post solutions. No extensions are given on assignments without 5-day prior notice.
Discussion of assignments and teamwork are encouraged, but each student must complete each assignment individually. MATLAB programs should not be shared. Do not use book solutions or solutions from previous years. The Stanford Honor Code applies to this course. (See http://studentaffairs.stanford.edu/judicialaffairs/policy/honor-code .)
Grading
The grading breakdown is as follows:
Assignments: 30%
Midterm Exam: 30%
Final Exam: 40%
Class Participation (via piazza if you do not post anonymously, office hours, in-class discussion) can affect your grade if it is borderline
The midterm exam will be given during the regular class time on Friday, February 15 (9:00-9:50 am) and the final exam will be given on Wednesday, March 20 (8:30-11:30 am). Please let the instructor know immediately if you have any conflicts with exam dates.
Assignments: 30%
Midterm Exam: 30%
Final Exam: 40%
Class Participation (via piazza if you do not post anonymously, office hours, in-class discussion) can affect your grade if it is borderline
The midterm exam will be given during the regular class time on Friday, February 15 (9:00-9:50 am) and the final exam will be given on Wednesday, March 20 (8:30-11:30 am). Please let the instructor know immediately if you have any conflicts with exam dates.
Exam information
Midterm exam: Friday Feb. 15, 2013, 9-9:50 am in 420-40
Final exam: Wednesday March 20, 2013, 8:30-11:30 am in 320-105
Final exam: Wednesday March 20, 2013, 8:30-11:30 am in 320-105
Name | Office Hours | |
---|---|---|
Nicholas Moehle | When? Where? | |
Sangram Patil | When? Where? | |
Allison Okamura | When? Where? | |
Jared Muirhead | When? Where? | |
Sean Sketch | When? Where? | |
Cliff Bargar | When? Where? | |
Hubert Wong | When? Where? |
Homework
Homework
Due Date
Mar 15, 2013
Mar 15, 2013
Mar 13, 2013
Mar 6, 2013
Feb 27, 2013
Feb 13, 2013
Feb 6, 2013
Jan 30, 2013
Jan 23, 2013
Jan 16, 2013
Homework Solutions
Homework Solutions
Lecture Notes
Lecture Notes
Lecture Date
Mar 15, 2013
Mar 15, 2013
Mar 13, 2013
Mar 13, 2013
Mar 8, 2013
Mar 8, 2013
Mar 6, 2013
Mar 6, 2013
Mar 4, 2013
Mar 4, 2013
Mar 1, 2013
Mar 1, 2013
Feb 27, 2013
Feb 27, 2013
Feb 25, 2013
Feb 25, 2013
Feb 13, 2013
Feb 13, 2013
Feb 11, 2013
Feb 11, 2013
Feb 8, 2013
Feb 8, 2013
Feb 8, 2013
Feb 6, 2013
Feb 6, 2013
Feb 4, 2013
Feb 4, 2013
Feb 1, 2013
Feb 1, 2013
Jan 30, 2013
Jan 30, 2013
Jan 28, 2013
Jan 28, 2013
Jan 25, 2013
Jan 25, 2013
Jan 23, 2013
Jan 23, 2013
Jan 18, 2013
Jan 18, 2013
Jan 16, 2013
Jan 16, 2013
Jan 14, 2013
Jan 14, 2013
Jan 11, 2013
Jan 11, 2013
Jan 9, 2013
Jan 9, 2013
Jan 7, 2013
Jan 7, 2013
General Resources
General Resources