Staff
Details and contact information on IMS staff members.

Office
Mailing address, office hours and general contact information.

Phone List
Complete list of all IMS phone and room numbers.

Floor Plan
Location of offices and rooms.

Maps and Directions
Directions on how to find us when you're in Vienna.

Mag. DI Dr. Margrit Gelautz, ao. Univ. Prof. Contact Information Research Projects Downloadable Publications Courses Student and Thesis Projects, Jobs

Research Interests

News

• Austrian TV reports on our research on 3D-TV (ORF - Newton, 9 Jan 2010)
• Our new Doctoral College on Computational Perception will start in January 2010.
• Our benchmark test for image matting algorithms (developed jointly with Microsoft Research Cambridge) is now online.

Current Postdoctoral Researchers and PhD students

• Michael Bleyer
• Nicole Brosch
• Liu He
• Asmaa Hosni
• Christoph Rhemann
• Florian Seitner
• Juergen Kogler (Austrian Institute of Technology)

CV, Publications, etc.

• Biography
• Publications

Professional Activities

• femOVE
• femIT
• IEEE Austria Section

Contact Information

Research Projects

Margrit Gelautz is directly involved in the following research projects. For a complete list of all research projects in the areas of virtual reality, media processing and web-based information systems, see the Research Projects page.

• Temporal-Consistent Stereo Matting for High-Quality Novel View Synthesis and Visual Effects (2009)
• Evaluation and Design of Energy Functions for Global Stereo Matching (2007)
• Alpha Matting from Single and Multiple Images (2006)
• Video Engine Design Methodology Rules (2006)
• Image and Video Analysis for Artistic Rendering (VideoArt) (2004)

Downloadable Publications

Margrit Gelautz authored or co-authored the following downloadable scientific publications. For a complete list of all downloadable publications, see the Scientific Publications page.

• Near Real-Time Stereo With Adaptive Support Weight Approaches (2010)
• Evaluation of data-parallel H.264 decoding approaches for strongly resource-restricted architectures, Springer Int. Journal on Multimedia Tools and Applications (2010)
• A Stereo Approach that Handles the Matting Problem via Image Warping (2009)
• A Perceptually Motivated Online Benchmark for Image Matting - TR (2009)
• A Perceptually Motivated Online Benchmark for Image Matting (2009)
• Temporally Consistent Disparity Maps from Uncalibrated Stereo Videos (2009)
• Local Stereo Matching Using Geodesic Support Weights (2009)
• Image Segmentation Via Iterative Geodesic Averaging (2009)
• Runtime-Optimised Intra-4x4 Mode-Decision for H.264/AVC Video Encoding, ISPA (2009)
• Development of a High-Level Simulation Approach and Its Application to Multicore Video Decoding, IEEE Transactions on Circuits and Systems (2009)
• Simple but Effective Tree Structures for Dynamic Programming-based Stereo Matching (2008)
• A High-level Simulator for the H.264/AVC Decoding Process in Multi-core Systems, SPIE (2008)
• Evaluation of Different Methods for Using Colour Information in Global Stereo Matching (2008)
• Design Methodology for the SVENm Multimedia Engine, Austrochip (2008)
• Development of Multi-Core Video Decoding Platforms based on High-Level Architecture Simulations, JSC (2008)
• Evaluation of data-parallel splitting approaches for H.264 decoding, MoMM (2008)
• A Macroblock-level Analysis on the Dynamic Behaviour of an H.264 Decoder, ISCE (2007)
• Graph-cut-based Stereo Matching using Image Segmentation with Symmetrical Treatment of Occlusions (2007)
• Segmentation-based Motion with Occlusions Using Graph-Cut Optimization (2006)
• Comics-Like Motion Depiction from Stereo (2006)
• Region-based Optical Flow Estimation with Treatment of Occlusions (2005)
• Drawing the Real (2005)
• Stereoscopic Painting with Varying Levels of Detail (2005)
• A Layered Stereo Matching Algorithm using Image Segmentation and Global Visibility Constraints (2005)
• Graph-based Surface Reconstruction from Stereo Pairs using Image Segmentation (2005)
• Colour Segmentation-based Computation of Dense Optical Flow with Application to Video Object Segmentation (2005)
• Parameterized Sketches from Stereo Images (2005)
• Stereo Painting: Pleasing the Third Eye (2005)
• Computer Generated Stereoscopic Artwork (2005)
• Image-Based Stereoscopic Stylization (2005)
• Image-Based Stereoscopic Painterly Rendering (2004)
• Recognition of Object Contours from Stereo Images: an Edge Combination Approach (2004)
• Experimental Combination of Intensity and Stereo Edges for Improved Snake Segmentation (2004)
• A Layered Stereo Algorithm using Image Segmentation and Global Visibility Constraints (2004)
• A Comparative Study of Radar Stereo and Interferometry for DEM Generation (2003)
• A Testing Environment for Video-Based Multiview Computer Vision Research (2003)
• Video Object Segmentation Using Stereo-Derived Depth Maps (2003)
• Video-based 3D Reconstruction of Moving Scenes Using Multiple Stationary Cameras (2003)
• Radar Stereo- and Interferometry-derived Digital Elevation Models: Comparison and Combination Using Radarsat and ERS-2 Imagery (2003)
• Relief Reconstruction from SAR Stereo Pairs: The "Optimal Gradient" Matching Method (1999)
• Parallel Image Processing Applied to Radar Shape-from-Shading (1999)

Courses

Margrit Gelautz is involved in the following courses offered by IMS. For a complete list of all offered courses, see the Lehrveranstaltungen page.

• Forschungsseminar aus Computergraphik und Bildverarbeitung (188304, SE)
• Freifachpraktikum (188301, PR)
• Grundlagen methodischen Arbeitens - Medieninformatik (188328, SE)
• Informatikpraktikum 1 (188150, PR)
• Informatikpraktikum 1 (188480, PR)
• Informatikpraktikum 2 (188148, PR)
• Informatikpraktikum 2 (188481, PR)
• Praktikum aus Computergraphik und digitaler Bildverarbeitung (188303, PR)
• Projektpraktikum aus Medieninformatik (188477, PR)
• Projektpraktikum mit Bakkalaureatsarbeit (188180, PR)
• Seminar aus Bildverarb. u. Mustererkennung (188479, SE)
• Seminar aus Medieninformatik (188231, SE)
• Seminar aus Multimedia (188297, SE)
• Seminar für Diplomand/inn/en (188147, SE)
• Seminar für Dissertant/inn/en (188179, SE)
• Seminar mit Bachelorarbeit (188178, SE)
• Videoverarbeitung (188329, VO)
• Videoverarbeitung (188346, LU)
• Visual Analysis of Human Motion (188468, VO)
• Visual Analysis of Human Motion (188469, LU)
• Wahlfachpraktikum (188149, PR)
• Wissenschaftliches Arbeiten (188137, PS)

Student and Thesis Projects, Jobs

Contact Margrit Gelautz for details on the following student and thesis projects and job offers. For a complete list of all project and job offers, see the Student and Thesis Projects, Jobs page.

• 3D VIDEO - Spatial Scene Reconstruction from Videos
• Aufwandsoptimierte Coding Mode Decision fuer die H.264 Videokodierung (Diplomarbeit)
• Automated Video Processing Solution for VOD-Aggregation
• Color Processing for Image and Video Analysis
• Color Stereo Vision
• High-speed Video: Experimental Studies
• Human Tracking among Multiple Cameras in Smart Rooms
• MPEG Videokodierung
• StereoSuite: Interactive Video Analysis and Synthesis
• Video-based Motion Analysis for Biomechanical Applications

Print this Page
Display a printer-friendly version of this page.

Interactive Media Systems Group
Institute for Software Technology and Interactive Systems
Vienna University of Technology

Favoritenstrasse 9-11/188/2
A-1040 Vienna, Austria

http://www.ims.tuwien.ac.at/