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Dipl.-Ing. Dr. Michael Bleyer, PostDoc Researcher Contact Information Research Projects Downloadable Publications Courses Student and Thesis Projects, Jobs

Research Interests

Curriculum Vitae

• CV Michael Bleyer

Contact Information

Research Projects

Michael Bleyer 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)
• Video Engine Design Methodology Rules (2006)

Downloadable Publications

Michael Bleyer 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)
• Surface Stereo with Soft Segmentation (2010)
• Does Color Really Help in Dense Stereo Matching? (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)
• 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)
• Evaluation of data-parallel splitting approaches for H.264 decoding, MoMM (2008)
• Development of Multi-Core Video Decoding Platforms based on High-Level Architecture Simulations, JSC (2008)
• Design Methodology for the SVENm Multimedia Engine, Austrochip (2008)
• Evaluation of Different Methods for Using Colour Information in Global Stereo Matching (2008)
• A High-level Simulator for the H.264/AVC Decoding Process in Multi-core Systems, SPIE (2008)
• Simple but Effective Tree Structures for Dynamic Programming-based Stereo Matching (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)
• Segmentation-based Stereo and Motion with Occlusions (2006)
• 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)
• Region-based Optical Flow Estimation with Treatment of Occlusions (2005)
• Image-Based Stereoscopic Stylization (2005)
• A Layered Stereo Algorithm using Image Segmentation and Global Visibility Constraints (2004)
• Video-based 3D Reconstruction of Moving Scenes Using Multiple Stationary Cameras (2003)

Courses

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

• Seminar mit Bachelorarbeit (188178, SE)
• Stereo Vision (188.513, VU)

Student and Thesis Projects, Jobs

Contact Michael Bleyer 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.

• Color Stereo Vision

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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/