|
CS 8650/8990
| ||||||||||||||||||||||||||||||||||||||||||||||||
|
| ||||||||||||||||||||||||||||||||||||||||||||||||
|
Spring 2009, Dr. Ken Hoganson
This is a survey course covering topics Robotics with some needed Artificial Intelligence and Robotics.
Each student will receive a robotics kit to allow students to analyze, design, build,
and test simple robotic systems from home.
Textbooks: The Robotics Primer, Mataric, MIT press. This is an excellent introduction and a very good read. Second text: Autonomous Mobile Robots, Siegwart, MIT Press.
Equipment: VEX Robotics Systems, which you will receive in February. The following course layout will be revised: See syllabus for more details. Robot Controlled by Slime Mold article from New Scientist AJC article on defense robot
AJC Short article on PhoBot (phobia robot) from competition in the Netherlands :Robot with Phobia Robot with phobia March 3: No lecture today: Exam Due March 10 Spring Break March 17: Expert system project assignment Expert system lab work Extra Credit Opportunities. To get the most from this course, you can attempt all three optional homework exercises: Wumpus game, Genetic Algorithm, Expert System. Each of these optional AI labs is worth up to 6 extra credit points (%) toward your final grade for the class. You may choose to do none of these projects (without penalty), or you may do all three of these projects. March 24: Expert System and robot lab day, no lecture.
Read this article on Fox News on an automated robot dog Robot Dog for military use. Robot Project Grading Partial Credit will be allowed. As per the syllabus, you need to turn in: Robot Design Document: Explains your plan, design, how your machine will hand each subtask. 10% of grade for the course. Turn in whenever you have this ready. Robot course navigation demo. 10% of grade for the course. Whenever you are ready for this demo, contact me - but no later than April 28. Final Robot demonstration. 30% of grade for the course. April 7: Lecture 10
, Read and Research
April 14- robot lab time, experiments, testing and demos. Feel free to come by the office for testing and discussion, I have a sheet-with-line for demo and testing. .As explained in class you can make your own test-track according to the specs that we covered in the lectures. Alternate course option! Easier in a number of ways, most important is the center path to follow constructed from two strips of black. Build your own course. Robot testing and grading. I have a sheet-with-line for demo and testing, or make your own according to specs. April 28 - Last day to demo the robot is the last day of class. Extended to May 7.
| |||||||||||||||||||||||||||||||||||||||||||||||