Practical Course RoboCup@Home
| Lecturer (assistant) | |
|---|---|
| Number | 0000003001 |
| Dates | See TUMonline |
Dates
- 19.10.2022 15:00-16:30 2026, Karlstraße-Seminarraum
- 24.10.2022 15:00-16:30 -1005, Hydrauliklabor
- 26.10.2022 15:00-16:30 -1005, Hydrauliklabor
- 31.10.2022 15:00-16:30 -1005, Hydrauliklabor
- 02.11.2022 15:00-16:30 -1005, Hydrauliklabor
- 07.11.2022 15:00-16:30 -1005, Hydrauliklabor
- 09.11.2022 15:00-16:30 -1005, Hydrauliklabor
- 14.11.2022 15:00-16:30 -1005, Hydrauliklabor
- 16.11.2022 15:00-16:30 -1005, Hydrauliklabor
- 21.11.2022 15:00-16:30 -1005, Hydrauliklabor
- 23.11.2022 15:00-16:30 -1005, Hydrauliklabor
- 28.11.2022 15:00-16:30 -1005, Hydrauliklabor
- 30.11.2022 15:00-16:30 -1005, Hydrauliklabor
- 05.12.2022 15:00-16:30 -1005, Hydrauliklabor
- 07.12.2022 15:00-16:30 -1005, Hydrauliklabor
- 12.12.2022 15:00-16:30 -1005, Hydrauliklabor
- 14.12.2022 15:00-16:30 -1005, Hydrauliklabor
- 19.12.2022 15:00-16:30 -1005, Hydrauliklabor
- 21.12.2022 15:00-16:30 -1005, Hydrauliklabor
- 09.01.2023 15:00-16:30 -1005, Hydrauliklabor
- 11.01.2023 15:00-16:30 -1005, Hydrauliklabor
- 16.01.2023 15:00-16:30 -1005, Hydrauliklabor
- 18.01.2023 15:00-16:30 -1005, Hydrauliklabor
- 23.01.2023 15:00-16:30 -1005, Hydrauliklabor
- 25.01.2023 15:00-16:30 -1005, Hydrauliklabor
- 30.01.2023 15:00-16:30 -1005, Hydrauliklabor
- 01.02.2023 15:00-16:30 -1005, Hydrauliklabor
- 06.02.2023 15:00-16:30 -1005, Hydrauliklabor
- 08.02.2023 15:00-16:30 -1005, Hydrauliklabor
Objectives
"Upon successful competition of this practical course, students are able to:
• Implement algorithms from different areas including perception, learning, and control in the context of service robots.
• Evaluate these algorithms in simulation and on a real mobile robot.
• Analyze and apply techniques in challenging and real scenarios such as homes or supermarkets.
Beside the technical skills learned in this practical course, the students are able to organize and manage a large engineering project. Furthermore, the students will learn communication skills to explain the results achieved per groups. "
• Implement algorithms from different areas including perception, learning, and control in the context of service robots.
• Evaluate these algorithms in simulation and on a real mobile robot.
• Analyze and apply techniques in challenging and real scenarios such as homes or supermarkets.
Beside the technical skills learned in this practical course, the students are able to organize and manage a large engineering project. Furthermore, the students will learn communication skills to explain the results achieved per groups. "