![]() |
15-494 Cognitive Robotics Spring 2008 |
|
Week 1 | |
Mon 1/14 |
Lecture: Course intro;
AIBO overview;
C++ for Java programmers Videos: XOR demo, Two-Armed Bandit demo, Regis demo, Read: C++ review |
Wed 1/16 |
Read tutorial sections:
Introduction,
Documentation,
Behaviors,
Events Lecture: Tekkotsu behaviors and events |
Fri 1/18 |
Read: tutorial section on
Robot safety Lab 1: Teleoperation with ControllerGUI; compiling Tekkotsu behaviors |
Week 2 | |
Mon 1/21 | Martin Luther King Day: no class. |
Wed 1/23 |
Read: tutorial section on
Motion commands Read: documentation for MotionManager, MotionCommand, MMAccessor, LedEngine Lecture: Motion commands and real-time programming |
Fri 1/25 | Lab 2/Homework 1: Programming with motion commands |
Week 3 | |
Mon 1/28 | Lecture: Tekkotsu vision pipeline; color image segmentation Read: overview of the Vision Pipeline Read: tutorial section on color image segmentation and EasyTrain Homework 2: Color segmentation with EasyTrain (due by Friday, 2/1/08) |
Wed 1/30 | Read: S. Ullman (1984)
Visual routines. Cognition 18:97-157. Lecture: Ullman's visual routines; Sketches in Tekkotsu |
Fri 2/01 |
Read: tutorial sections on
VisualRoutinesBehavior,
Sketch primitives,
Tekkotsu simulator Lab 3/Homework 3: Tekkotsu simulator; programming with Sketches |
Week 4 | |
Mon 2/04 |
Read: MIT Encyclopedia of Cognitive Science articles on
Mental Representation
and Imagery (both mention Paivio's dual coding theory) Read: tutorial section on Shape primitives Lecture: Shape representations |
Wed 2/06 |
Read: How qualitative spatial reasoning can improve strategy game AIs, by Forbus, Mahoney, and Dill. Lecture: Shape predicates; Tekkotsu's local map builder |
Fri 2/08 | Lab 4: Map building and visual search Homework 4: Parsing the tic-tac-toe board |
Week 5 | |
Mon 2/11 |
Read: tutorial sections on
State nodes,
Shorthand notation,
Defining new types Lecture: State machine formalism |
Wed 2/13 | Lecture: Architectures for robot control |
Fri 2/15 |
Read: tutorial chapter on
The Storyboard Tool Lab 5: Storyboard tool |
Week 6 | |
Mon 2/18 | Lecture: World maps and localization |
Wed 2/20 | Read: tutorial chapter on
Walking Lecture: Navigating with the Pilot |
Fri 2/22 | Lab 6: Knock down a soda can |
Week 7 | |
Mon 2/25 | Lecture: Object recognition |
Wed 2/27 | Leture: Gestalt perception |
Fri 2/29 | Lab 7: Gestalt perception exercise |
Week 8 | |
Mon 3/03 | Read:
B. Kuipers (2005) Drinking from the firehose of experience. Lecture: Consciousness and groundedness Video demo: the flash lag effect |
Wed 3/05 | Midterm exam |
Fri 3/07 |
mid-semester break |
Week 9 | |
Mon 3/10 |
Spring Break |
Wed 3/12 |
Spring Break |
Fri 3/14 |
Spring Break |
Week 10 | |
Mon 3/17 | Read: tutorial chapter on Postures and Motion Sequences Lecture: Postures and motion sequences Videos: standlie.mp4, pan_head.mp4, headwag.mp4, fallover.mp4 |
Wed 3/19 | Read: tutorial chapter on Forward kinematics Optional: A gentle introduction to homogenous transformations and robot kinematics, by Jennifer Kay. Lecture: Body representation and the kinematics engine Tekkotsu Quick Reference lists AIBO reference frames (page 2) |
Fri 3/21 | Lab 8: Kinematics lab |
Week 11 | |
Mon 3/24 | Lecture: Affordances Video: AIBO tool use Optional: Affordances and Design, by Don Norman |
Wed 3/26 | Lecture: Human-robot interaction Video: Cythia Breazeal on Nova More Kismet videos |
Fri 3/28 | Lab 9: LookingGlass tool |
Week 12 | |
Mon 3/31 | Lecture: Manipulation by pushing |
Wed 4/02 | Lecture: Manipulation with friction Handout: PID Control Simulation - Excel Spreadsheet |
Fri 4/04 | Lab 10: Manipulation exercise |
Week 13 | |
Mon 4/07 | Lecture: Robot learning |
Wed 4/09 | Special lab meeting: project prototyping experiments |
Fri 4/11 | project clinic |
Week 14 | |
Mon 4/114 | project clinic |
Wed 4/16 | project clinic |
Fri 4/18 |
Spring Carnival |
Week 15 | |
Mon 4/21 | project clinic |
Wed 4/23 | project clinic |
Fri 4/25 | project clinic |
Week 16 | |
Mon 4/28 | Project presentations/critiques |
Wed 4/30 | Project presentations/critiques |
Fri 5/02 |
Public demo of class projects |
Finals Week | |
Mon 5/12 | Final projects due |
Tue 5/13 | Final exam: 1:00 pm - 4:00 pm. Location TBD |