Exercises in Robotics2

IKEMATA, Yoshito
  Elective  1 credits
【Aerospace Engineering・1st semester】
19-1-0281-3199

1.
Outline
The main topics are as follows:
(1) Sensor and motor systems
(2) Soccer robot
(3) Rescue robot
2.
Objectives
This class is the advanced course of exercises in robotics. In order to obtain the knowledge and skills of robotics, students will develop various robots.
3.
Grading Policy
Students are evaluated based on the achievement of objectives and tasks.
4.
Textbook and Reference
Textbooks, robot kits, tools and computers are prepared.
5.
Requirements (Assignments)
Students need to use LMS.
6.
Note
Students are required to pay 3,000 JPY for this lecture.
7.
Schedule
1. Introduction, checking your robot kit and setting up your software development environment
2. Fundamentals of robot making
3. Soccer robot: task and regulation
4. Soccer robot: looking for a ball
5. Soccer robot: dribbling a ball
6. Soccer robot: shooting a ball
7. Soccer robot: making a goal keeper robot
8. Soccer robot: game and evaluation
9. Rescue robot: task and regulation
10. Rescue robot: utilizing infrared sensors
11. Rescue robot: implementing line trace function
12. Rescue robot: looking for victims
13. Rescue robot: basic course I, II
14. Rescue robot: advanced course III, etc.
15. Summary
1.
Outline
The main topics are as follows:
(1) Sensor and motor systems
(2) Soccer robot
(3) Rescue robot
2.
Objectives
This class is the advanced course of exercises in robotics. In order to obtain the knowledge and skills of robotics, students will develop various robots.
3.
Grading Policy
Students are evaluated based on the achievement of objectives and tasks.
4.
Textbook and Reference
Textbooks, robot kits, tools and computers are prepared.
5.
Requirements (Assignments)
Students need to use LMS.
6.
Note
Students are required to pay 3,000 JPY for this lecture.
7.
Schedule
1. Introduction, checking your robot kit and setting up your software development environment
2. Fundamentals of robot making
3. Soccer robot: task and regulation
4. Soccer robot: looking for a ball
5. Soccer robot: dribbling a ball
6. Soccer robot: shooting a ball
7. Soccer robot: making a goal keeper robot
8. Soccer robot: game and evaluation
9. Rescue robot: task and regulation
10. Rescue robot: utilizing infrared sensors
11. Rescue robot: implementing line trace function
12. Rescue robot: looking for victims
13. Rescue robot: basic course I, II
14. Rescue robot: advanced course III, etc.
15. Summary