EE448 Winter 2009

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  • Lecture Location: MEB246
  • Lecture Time: 12:30-1:20pm
  • Laboratory Location: Sieg 233

Contents

Instructors

  • Eric Klavins (instructor) : Office hours: 12:30-2:00 in Sieg 233, 11:30-12:30 in B040.
  • Steve Safarik (ta) : Office Hours: Tues 4-6p, Thurs 11a-1p.

Description

The goal of this course is for you to use SISO techniques to control real systems. You will learn to use a computer and an I/O card to control the dynamics of electromechanical devices. This will involve: implementing a continuous controller on a computer, characterizing sensors and actuators, modeling and finding paramters of real systems and implementing feedback controllers with analog electronics.

Syllabus

Schedule

Module Lecture
Date
Lecture
Notes
Assignment Due date Code Notes
0. Introduction 1/5 lec0.ppt Form your team and report to Steve 1/9 - -
1. I/O 1/12 lec1.ppt Module 1 1/19 EE448mod1.vi, EE448mod1_85.vi (module 1 notes)
2. Modeling the TCL 1/16 lec2.ppt Module 2 1/26
(in class)
EE448mod2_PWM_DIO.vi (module 2 notes)
3. Controlling the TCL 1/26 lec3.ppt Module 3 2/2
(in class)
- (Parameters from 2008)
4. Controller Design and Sensitivity 2/2 lec4.ppt Module 4 2/9
(in class)
-
5. Analog! 2/9 lec5.ppt Module 5 2/17
(in cse 236)
- (Updated Schematic) (78L05 Datasheet) (LM324 Datasheet) (Source code for PWM chip)
6. Modeling the Pendulum Rig 2/13 lec6.ppt Module 6 2/23
(in class)
- (module 6 notes) (Motor Datasheet) (Source code for motor driver chip)
7. Controlling the Pendulum Rig 2/23 lec7.ppt Module 7 3/2
(in class)
- (module 7 notes) (Pendulum Parameters) (PID Gains)
8. Full State Feedback and Observers with the Pendulum Rig 3/2 lec8.ppt Module 8 3/9(in class)
or 3/11 by 5:30 in CSE 236
- (K Gains)
9. The double pendulum 3/9 lec9.ppt Module 9 3/18 at 12:30pm
(in CSE 236)
- (Second Link Matrices and Gains)

Groups

Group Members email
1 AA Blaga, Octavian Alexandru
AA Ross, Joshua Steven
octav1an@u.washington.edu
ross2@u.washington.edu
2 EE Khanna, Shrey
EE Irwen, Jonathan Rezon
shreyk@u.washington.edu
joirwen@u.washington.edu
3 EE Dougherty, Ian Ross
EE Nielsen, Alec Andrew
eyan@u.washington.edu
alecn@u.washington.edu
4 AA Nazari, Zahra
AA Shin-White, Eun-Ju Zetta
znazari@u.washington.edu
ejzsw@u.washington.edu
5 AA Gangar, Peter Michael
EE Reina, Justin Matthew
cephas@u.washington.edu
jmreina@u.washington.edu
6 EE Jerde, Chad Alan
EE Nguyen, Nghi Q
chadj3@u.washington.edu
nqnghi@u.washington.edu
7 EE Crooks, Penny Sue
EE Palapuz, Tanya Jessica Santos
crooksp@u.washington.edu
tanya24@u.washington.edu
8 EE Collier, Christoffor Lynn
EE Rasmor, Zachary Ryan
collic@u.washington.edu
zrasmor@u.washington.edu
9 EE Erickson, Joshua Earle
EE Shumway, Seth A
jee5@u.washington.edu
sshumway@u.washington.edu
10 EE Rakkar, Gurjinder Singh
EE Pham, Hoang
gsrakkar@u.washington.edu
phamh3@u.washington.edu
11 EE Lam, Hoi-Chun
EE Leong, Michael James
hydren@u.washington.edu
m2leong@u.washington.edu
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