Teaching
Lecture: 3D Scanning and Motion Capture
This hands-on lecture focuses on cutting-edge 3D reconstruction approaches, including volumetric fusion approaches on implicit functions, face tracking, hand tracking, and much more! We also cover essential optimization techniques such as Gauss-Newton and Levenberg-Marquardt.
2020, Aug 24 — 2 minute readSeminar: 3D Vision
In this course, students will autonomously investigate recent research about 3D Scanning & Motion Capturing. Independent investigation for further reading, critical analysis, and evaluation of the topic is required.
2020, Aug 24 — 1 minute readPractical Course: 3D Scanning and Spatial Learning
3D scanning and motion capture is of paramount importance for content creation, man-machine as well as machine-environment interaction. In this course we will continue the topics covered by the 3D Scanning & Motion Capture as well as by the Introduction to Deep Learning lecture.
2020, Aug 24 — 2 minute readSeminar: 3D Vision
In this course, students will autonomously investigate recent research about 3D Scanning & Motion Capturing. Independent investigation for further reading, critical analysis, and evaluation of the topic is required.
2020, Apr 07 — 1 minute readPractical Course: 3D Scanning and Spatial Learning
3D scanning and motion capture is of paramount importance for content creation, man-machine as well as machine-environment interaction. In this course we will continue the topics covered by the 3D Scanning & Motion Capture as well as by the Introduction to Deep Learning lecture.
2020, Apr 07 — 2 minute readLecture: 3D Scanning and Motion Capture
This hands-on lecture focuses on cutting-edge 3D reconstruction approaches, including volumetric fusion approaches on implicit functions, face tracking, hand tracking, and much more! We also cover essential optimization techniques such as Gauss-Newton and Levenberg-Marquardt.
2020, Apr 07 — 2 minute readLecture: 3D Scanning and Motion Capture
This hands-on lecture focuses on cutting-edge 3D reconstruction approaches, including volumetric fusion approaches on implicit functions, face tracking, hand tracking, and much more! We also cover essential optimization techniques such as Gauss-Newton and Levenberg-Marquardt.
2019, Oct 10 — 2 minute readPractical Course: 3D Scanning and Spatial Learning
3D scanning and motion capture is of paramount importance for content creation, man-machine as well as machine-environment interaction. In this course we will continue the topics covered by the 3D Scanning & Motion Capture as well as by the Introduction to Deep Learning lecture.
2019, Oct 07 — 2 minute readSeminar: 3D Vision
In this course, students will autonomously investigate recent research about 3D Scanning & Motion Capturing. Independent investigation for further reading, critical analysis, and evaluation of the topic is required.
2019, Oct 07 — 1 minute readLecture: 3D Scanning and Motion Capture
This hands-on lecture focuses on cutting-edge 3D reconstruction approaches, including volumetric fusion approaches on implicit functions, face tracking, hand tracking, and much more! We also cover essential optimization techniques such as Gauss-Newton and Levenberg-Marquardt.
2019, Apr 10 — 2 minute readSeminar: 3D Vision
In this course, students will autonomously investigate recent research about 3D Scanning & Motion Capturing. Independent investigation for further reading, critical analysis, and evaluation of the topic is required.
2019, Apr 07 — 1 minute readLecture: 3D Scanning and Motion Capture
This hands-on lecture focuses on cutting-edge 3D reconstruction approaches, including volumetric fusion approaches on implicit functions, face tracking, hand tracking, and much more! We also cover essential optimization techniques such as Gauss-Newton and Levenberg-Marquardt.
2018, Oct 10 — 2 minute readSeminar: 3D Vision
In this course, students will autonomously investigate recent research about 3D Scanning & Motion Capturing. Independent investigation for further reading, critical analysis, and evaluation of the topic is required.
2018, Oct 07 — 1 minute readLecture: 3D Scanning and Motion Capture
This hands-on lecture focuses on cutting-edge 3D reconstruction approaches, including volumetric fusion approaches on implicit functions, face tracking, hand tracking, and much more! We also cover essential optimization techniques such as Gauss-Newton and Levenberg-Marquardt.
2018, Apr 10 — 2 minute readSeminar: 3D Vision
In this course, students will autonomously investigate recent research about 3D Scanning & Motion Capturing. Independent investigation for further reading, critical analysis, and evaluation of the topic is required.
2018, Apr 07 — 1 minute readLecture: 3D Scanning and Motion Capture
This hands-on lecture focuses on cutting-edge 3D reconstruction approaches, including volumetric fusion approaches on implicit functions, face tracking, hand tracking, and much more! We also cover essential optimization techniques such as Gauss-Newton and Levenberg-Marquardt.
2017, Oct 10 — 2 minute readLecture: Computer Graphics
This lecture gives an introduction to computer graphics, covering the computer graphics pipeline, lighting models and geometric modelling.
2016, Oct 10 — 1 minute readLecture: Algorithmics of continuous systems
This lecture introduces a variety of classical algorithms. It covers solvers for linear and non-linear systems, dicretization/quantization, error propagation, interpolation and freeform curves.
2016, Apr 10 — 1 minute readLecture: Computer Graphics
This lecture gives an introduction to computer graphics, covering the computer graphics pipeline, lighting models and geometric modelling.
2015, Oct 10 — 1 minute readLecture: Algorithmics of continuous systems
This lecture introduces a variety of classical algorithms. It covers solvers for linear and non-linear systems, dicretization/quantization, error propagation, interpolation and freeform curves.
2015, Apr 10 — 1 minute readLecture: Mobile Computer Graphics
This lecture focuses on Computer Graphics approaches for mobile devices, like Smartphones and Tablets. It offers hands-on practical exercises for programming on Android hardware.
2014, Apr 10 — 1 minute read