Dipl. Inf. Harald Sanftmann

Büro: Informatikgebäude 1.456
Universität Stuttgart
Universitätsstraße 38
70569 Stuttgart
Telefonnummer: +49 (0)711 685-88307
Telefaxnummer: +49 (0)711 685-88340
E-Mail-Adresse: harald.sanftmann
vis.uni-stuttgart.de
Research
Most of my research is focused on computer graphics, especially on interactive rendering and visualization. The research project is embedded within the Nexus project SFB627 as the project part C5 where visualization techniques are developed to support context-data visualization.
Recently I worked on improving 3D anaglyph image reproduction by removing ghosting artifacts. The ImgView image viewer demonstrates the ghosting removal technique for anaglyph stereo images.
Publications
2011
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Sanftmann, Harald; Weiskopf, Daniel: Anaglyph Stereo Without Ghosting. In: Computer Graphics Forum: Nr. 4 (2011), 1251-1259.
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2010
2009
Talks and Posters
2009
| D. Kauker, S. Frey, and H. Sanftmann: Memory Saving Discrete Fourier Transformation on CUDA. NVIDIA GPU Technology Conference (GTC'09), Talk, San Jose, USA, 2009. [XPS] [PDF][DOI][BibTeX] |
Teaching
| Summer Term 2011 | Exercises - Assignments for the Image Synthesis lecture |
| Winter Term 2010/2011 | Exercises - Assignments for the Visualization in Science and Engineering lecture |
| Summer Term 2010 | Exercises - Assignments for the Image Synthesis lecture |
| Winter Term 2009/2010 | Exercises - Assignments for the Visualization in Science and Engineering lecture |
| Summer Term 2009 | Exercises - Assignments for the Image Synthesis lecture |
| Winter Term 2008/2009 | Exercises - Übungen zur Vorlesung Grundlagen der Interaktiven Systeme |
| Summer Term 2008 | Seminar - Seminar Computergraphik auf mobilen Geräten Kompaktkurs: C mit Beispielen in OpenGL |
Supervised Student Theses
- Diploma Thesis: Ilona Heurich
Finished: 21.01.2011
Consistent 3D Map Labeling, Nr: 3063
(Konsistente Beschriftung von 3D Karten) - Diploma Thesis: Daniel Kauker
Finished: 10.11.2009
Algorithm Design and Algorithmic-Level Optimization of Video / Image Algorithm using an Abstract Common Interface for NVIDIA CUDA and Intel Larrabee Platforms, Nr: 2924 - Diploma Thesis: Mikael Vaaraniemi
Finished: 29.10.2008
Very Detailed Navigation Maps on 3D Terrain Models, Nr: 2757
(Hochdetaillierte Navigationskarten auf 3D Geländemodellen)

















