inf331 - Automated and Connected Driving (Course overview)
Department of Computing Science |
6 KP |
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Module components |
Semester courses Wintersemester 2022/2023 |
Examination |
Lecture
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2.01.331 - Intelligent and Connected Transportation
- Prof. Dr. Frank Köster
- Gerald Sauter
- Dr.-Ing. Nils Müllner
Dates on Thursday, 20.10.2022 - Friday, 21.10.2022, Thursday, 17.11.2022 - Friday, 18.11.2022 10:15 - 15:45, Friday, 02.12.2022 13:15 -, 15:45, Thursday, 12.01.2023 - Friday, 13.01.2023, Wednesday, 22.02.2023 - Friday, 24.02.2023 10:15 - 15:45 ...(more)
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Exercises
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2.01.331 - Intelligent and Connected Transportation
- Prof. Dr. Frank Köster
- Gerald Sauter
- Dr.-Ing. Nils Müllner
Dates on Thursday, 20.10.2022 - Friday, 21.10.2022, Thursday, 17.11.2022 - Friday, 18.11.2022 10:15 - 15:45, Friday, 02.12.2022 13:15 -, 15:45, Thursday, 12.01.2023 - Friday, 13.01.2023, Wednesday, 22.02.2023 - Friday, 24.02.2023 10:15 - 15:45 ...(more)
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Hinweise zum Modul |
Prüfungszeiten |
At the end of the lecture period |
Module examination |
Praktical work and oral exam |
Skills to be acquired in this module |
This module introduces the principles of automated driving.
**Professional competences:**
The stud The students:
- Discuss different levels of automated driving (eg. SAE-Level) and the differences
- Discuss different levels of connected driving and the differences
- Discuss core-domains of automated vehicles
- Discuss important technological pillars in the areas sense, plan, and act
- Discuss transition between different levels of automation
- Discuss the impact of connected vehicle functions on automated driving
- Discuss the impact of automated vehicle functions on connected driving
- Characterise the impact of automated and connected driving on road traffic
- Characterise the interaction of humans and automated and connected vehicles
- Design an abstract procedure for the change of different levels of automation
- Design a rough vehicle architecture for automated and connected drivingents:
**Methodological competences:**
The students:
- Analyze complex automated and connected vehicles (-> domains)
- Analyze core-functions of automated and connected vehicles (-> functions)
**Social competences: **
The students:
- Work in teams - Discuss their outcomes appropriately
**Self-competences:**
The students:
- Acknowledge the limits of their ability to cope with pressure during the analysis of complex (automated and connected) socio-technical systems
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