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Margit Gelautz |
Curriculum Vitae:
Education
- Ph.D. (with distinction) in Telematics (specialization: image processing/remote sensing) at the Institute for Computer Graphics and Vision, Graz University of Technology. Dissertation in radar image analysis.
- Dipl.-Ing. (with distinction) in Telematics, Graz University of Technology. Diploma thesis: Digital signal processing in satellite communications systems.
- Mag.rer.nat. in Mathematics and Physical Education (teacher diploma), University of Graz.
Professional Experience
- University assistant with the Interactive and Multimedia Systems Group, Vienna University of Technology. Working areas: image and video processing for multimedia applications, image analysis and visualization for remote sensing applications.
- 2001 - Project Director: "3D Video Analysis for Interactive Multimedia Applications (Video3D)" (FWF P15663), "Image and Video Analysis for Artistic Rendering (VideoArt)" (Hochschuljubiläumsstiftung H1153/2003), "Comparison of Radar Stereo and Interferometry for DEM Generation" (ESA ERS A03-245) 2000, Scientist at the K-plus Competence Centre Advanced Computer Vision (ACV) in Vienna. Working area: high-speed video surveillance, automotive applications.
- 1997-2000 - Postdoctoral researcher with the Radar Interferometry Group at Stanford University, USA. Working area: 3D surface reconstruction from Synthetic Aperture Radar (SAR) images using stereoscopic and interferometric techniques. Max-Kade fellowship of the Austrian Academy of Sciences.
- 1993-1997 - University assistant at the Institute for Computer Graphics and Vision, Graz University of Technology. Working areas: computer vision, 3D surface reconstruction, remote sensing.
- 1993 - Software engineer at Vexcel Imaging GmbH in Graz. Working area: design and implementation of image processing algorithms for scanner development.
Main Research Interests:
- computer vision
- image and video processing
- stereo analysis
- multimedia applications
- non-photorealistic rendering
- capturing human shape and motion from videos
- high-speed video recording
- remote sensing applications
- radar interferometry
- visualization of geospatial data
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