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members:haefner [2019/09/05 12:01]
Bjoern Haefner
members:haefner [2020/01/25 15:18] (current)
Bjoern Haefner
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 ===== Reviewing Committee ===== ===== Reviewing Committee =====
 +  * ECCV 2020\\
   * ICCV 2019\\   * ICCV 2019\\
-  * CVPR 2019+  * CVPR 2019\\ 
 +  * Springer
  
  
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 | Name | Project | Topic | | Name | Project | Topic |
-| Lu Sang | Master'​s Thesis | "A Variational Approach to Depth Super-Resolution using Multi-View Photometric Stereo"​ |+| Florian Windolf | Master'​s Thesis | "High Quality Depth Maps from RGB-D Keyframes using Shape-from-Shading"​ | 
 +| [[members:​sang|Lu Sang]] | Master'​s Thesis | "A Variational Approach to Depth Super-Resolution using Multi-View Photometric Stereo" ​{{https://​vision.in.tum.de/​_media/​spezial/​bib/​brahimi2019springer.pdf|Resulting Paper}} ​|
 | Christoph Kick | Master'​s Thesis | "​Cook-Torrance BRDF and Surface Geometry recovery under Near-Light Illumination"​ | | Christoph Kick | Master'​s Thesis | "​Cook-Torrance BRDF and Surface Geometry recovery under Near-Light Illumination"​ |
-| [[members:​brahimi|Mohammed Brahimi]] | Master'​s Thesis | "​Theoretical Analysis of the GBR and Lorentz Ambiguity of Uncalibrated Photometric Stereo"​ |+| [[members:​brahimi|Mohammed Brahimi]] | Master'​s Thesis | "​Theoretical Analysis of the GBR and Lorentz Ambiguity of Uncalibrated Photometric Stereo" ​{{https://​vision.in.tum.de/​_media/​spezial/​bib/​sang2020wacv.pdf|Resulting Paper}} ​|
 | Christoph Kick | Interdisciplinary Project in Mathematics | "​Reflectance and geometry estimation using nonlinear optimization of the Cook-Torrance model" | | Christoph Kick | Interdisciplinary Project in Mathematics | "​Reflectance and geometry estimation using nonlinear optimization of the Cook-Torrance model" |
 | Alok Verma | Project Management and Software Development for Medical Applications | "Depth Super-Resolution using Shape-from-Shading and Reflectance Learning"​ {{https://​vision.in.tum.de/​_media/​spezial/​bib/​haefner2018.pdf|Resulting Paper}} (Section 4) | | Alok Verma | Project Management and Software Development for Medical Applications | "Depth Super-Resolution using Shape-from-Shading and Reflectance Learning"​ {{https://​vision.in.tum.de/​_media/​spezial/​bib/​haefner2018.pdf|Resulting Paper}} (Section 4) |
  
 ===== Teaching ===== ===== Teaching =====
 +
 +**Summer 2020 - Seminar (organizer and supervisor)**\\
 +[[teaching:​ss2020:​seminar_realtime3d|Seminar:​ The Evolution of Motion Estimation and Real-time 3D Reconstruction (2h / 5 ECTS)]]
  
 **Summer 2019 - Seminar (organizer and supervisor)**\\ **Summer 2019 - Seminar (organizer and supervisor)**\\

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Informatik IX
Chair of Computer Vision & Artificial Intelligence

Boltzmannstrasse 3
85748 Garching

info@vision.in.tum.de