Lecture
Since winter semester 2001/2002, Oliver Schreer is Adjunct Professor in the
Faculty of Electrical Engineering and Computer Science
at the Technical University Berlin and in November 2006, he received the position as Associated Professor.
Since summer semester 2007, he is with the
Computer Vision & Remote Sensing Group of Prof. Olaf Hellwich in the
Faculty of Electrical Engineering and Computer Science,
Technical University Berlin.
Oliver Schreer is giving a new set of lectures on stereo image processing in the winter semester and view synthesis in the summer semester. Both lectures are closely related to the emerging field of 3D video communication.
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A german lecture book is now available, which contains
all relevant topics of both lectures. The content of the
book can be read there.
The book is published
at Springer Verlag in March 2005.
Please follow
this link for more information.
A sample chapter
is also available. A preliminary list of
errors is available here. |
The title of the current lecture is
"View Synthesis in Video Communication"
Date: Monday, starting on 12th of April 2010
Time: 10:00 - 12:00
Room: EN 189
The topics of the lecture are as follows:
- Quick tour into camera model and epipolar geometry
- Homography
- 3D reconstruction from two views
- Trifocale stereo
- The trilinearities
- Trifocal tensor
- Overview on image based rendering approaches
- View interpolation and image transfer
- Other techniques ( light field, panoramas, ...)
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For each lecture the presentation is available as a PDF version. The slides are in german.
The title of the follow up lecture in the next winter semester is
"Stereo Image Processing in Video Communication"
The topics of the lecture are as follows:
- Fundamentals of projective geometry
- Camera model
- Estimation of camera parameters
- Epipolargeometry
- Estimation of the projective geometry
- Rectification
- Linear 2D-Transformation (Warping)
- Correspondence problem in stereo image processing
- Methods for correspondence analysis
- Hybrid-recursive matching
- 3D videocommunication at a glance
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