Semester overview
Seminar Numerik-Seminar (130340)
Study paths
- Angewandte Mathematik Master (1. - 4. )
- Mathematik (5. ) / Examination regulations 2023
- Wirtschaftsmathematik (5. ) / Examination regulations 2023
Course content
nach Vereinbarung
Contact
- Prof. Dr. rer. nat. habil. Michael Breuß
- Prof. Dr.-Ing. Michael Oevermann
Hours per week
2.0
Modules
Seminar Research Topics in Artificial Intelligence and Computer Vision (130350)
Appointment
Mo 09:15 - 10:45, A/B week, 14.10.2024 to 03.02.2025, Hauptgebäude / HG 0.19
Study path
Artificial Intelligence Master (1. - 4. ) / Examination regulations 2022
Course content
This research module focuses on methods in computer vision as well as
in methods related to that field. The methods are from artificial
intelligence as well as from classic and recent approaches in that field.
In addition, related techniques in data analysis and pattern recognition are a subject.
From the application point of view, topics may include object detection, tracking,
optical flow and segmentation. Examples from the area of related techniques may
include methods from explainable artificial intelligence or anomaly detection.
Contact
- Dr. Shima Shabani
- Dr. rer. nat. Toni Schneidereit
Hours per week
2.0
Module
Research Module in Artificial Intelligence (14060)
Prüfung Mathematische Grundlagen des Deep Learning (Wiederholung) (130396)
Appointment
So 01:00 - 02:30, Einzel, at 27.12.2015, mündliche Prüfungen
Study path
Angewandte Mathematik Master (1. - 4. )
Course content
Please refer to the module description for course content.
Prüfung Differential Geometry / Differentialgeometrie (Wiederholung) (130397)
Appointment
So 01:00 - 02:30, Einzel, at 27.12.2015
Study paths
- Mathematik (6. ) / Examination regulations 2023
- Wirtschaftsmathematik (6. ) / Examination regulations 2023
- Angewandte Mathematik Master (1. - 4. )
- Artificial Intelligence Master (1. - 4. ) / Examination regulations 2022
Course content
Please refer to the module description for course content.
Contact
Prof. Dr. rer. nat. habil. Michael Breuß
Module
Differential Geometry (13949)