Teachers | INOUE HIDEAKI | |
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Grade, Semester | Year 3 1st semest [Department of Mechanical and Precision System, Faculty of Science and Engineering] | |
Category | Special Subjects | |
Elective, Credits | Elective 2credit | |
Syllabus Number | 1L308 |
Students will mainly learn the principles of each technology that realizes cognition, judgment, and operation that constitute automated driving. Students will also learn about issues such as safety, social acceptability, and legislation that need to be solved to make automated driving practical. In addition, students will learn about the impact of automated driving and the development of automated driving technologies on citizen life and social structure.
In this course, the aim is to approach the essence of automated driving through group work as well as learning through lectures.
In this course, students acquire knowledge, skills, and attitudes about DP1 to DP5.
Students will gain relevant knowledge so that they can properly understand the issues and social significance of automated driving and talk about the essence of automated driving.
Classes are mainly in the form of lectures, but in addition to deepening understanding through group work according to the content, students will acquire presentation skills through presentations.
Grading is determined with the results of exercises, presentations, and reports given during class (100%).
Kind | Title | Author | Publisher |
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Textbook | None | ||
References |
Check the scope of the next class in the syllabus, and read the materials posted on the LMS to complete the preparatory study (0.5 hr). Also, after the class, please review what you have learned and deepen your understanding (0.5 hr).
1 | Background and history of automated driving |
2 | Technologies (Sensing) |
3 | Technologies (Image processing) |
4 | Technologies (Localization, Dynamic map) |
5 | Technologies (Vehicle control) |
6 | Type of automated driving (Autonomous driving, Responsibility of driving) |
7 | Type of automatic driving (Cooperative driving, Platooning, Remote control type, Communication technology) |
8 | Connected car and MaaS |
9 | Forefront of Development (Demonstration experiments) |
10 | System design (Law, Insurance) |
11 | Accidents and safety |
12 | Accidents and safety (Group discussion and presentation) |
13 | Business and Social Transformation (Assumed Cases) |
14 | Business and Social Transformation (Group discussion and presentation) |
15 | Summary |